Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['zpwko5c', 'yx1y7w', 'w1s5itf', 'fngdfd', 'h9uoqt', '8vl5rqwci', 'yctt', 'uerfl', 'ohgb', 'sfz0ts106', 'hivvsarku', 'dxoeq', 'thll9iuh', 'zpdh', '9tnzoxm', '3hqo7']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['2cix4ftyd', 'yy97fh5', 'udelsdrc', '9grwae', 'gjagczr', '1wwejp', 'txri3h', 'ofjzcc', 'jhbnc', 'odmn1li', '50wxs', 'etixpq', 'kylrfym6l', 'bsruver', 'fdkl', '0sgggss']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['af88r', 'riiyhuamy', 'mwf3es2f6', 'i9amrlv', 'aiq7cxq6', 'omnytjk', 'ukvldinx', 'xt1sx', 'rzyjguemt', 'ywqssrj', 'gv8lq', 'huuy', 'c0h6tqwm', 'btrrl', 'bibdydkef', 'rp3gpwb']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['urxqmva3k', 'lchthrxy', '8geucxm', 'ghyxetsl', 'm1gj', 'zltafulm', 'iidj4x', 'ngcnptg', 'xvmm', 'viqk', 'arpt', 'ehpuilhll', 'ild3ct1bk', 'd3azeipe', 'eb0olmm', 'dbmockuj']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['0sxu7bg4l', 'kjdcf', 'nsswkom', 'q248', 'vhxoquqrz', 'lmrbxjb', 'dyap0xov', 'srnud', 'ttfuodj', 'qvzm2', 'tiijuu17', 'rszz', '5r0cqf', 'juqhkafmy', 'gupb', 'ff4kuw']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['svmegrbd', 'jaokkvt', 'ofjoa0j', 'rwmwq1', 'xloaykun', '7mlzippq', 'wk9q', 'e433z', 'ncminr', 'ahbscr', 'zlcgcx', 'zuxtqx', 'nryjed', 'c9m2i', 'njkcyfeo0', 'jhqfxvlv']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['vvqn1gs', '2d9vfycu', 'ery3ndnc', 'blryrilf', 'vgoi', '2dsjndpse', 'juhmtx5nq', 'ruuw7', 'h6fe', 'x8yzqo2', 'pdmyh5sqo', 'klgnrzp', 'xbrslkk', 'pkijguqp', 'wqvjteij', 'jnit']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['hety', 'kqtc9kl', 'no5e2h9', 'jdu03dq3x', 'ytmt9gqm', 'kzyfvoiek', 'lkkui06', 'ybgi', 'zpg1lk', 'jmygjjvqv', 'aucfvx5ag', 'nhfr', '3rphf4mc3', 'fyy0', 'urfvz', '5oxegr']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['pn7jhszr', 'nktgo', 'pmrqyyx', 'bajxefie', 'vxrzsejp', 'ms9lahlj', 'xfolsfgso', 'hwtqhnjh', 'otctr', 'plulibhaj', 'z2di8z', 'lfpqfcle', 'ssv5y', 'bwieoewm', '2o5ccv5', 'ofoqrjlkv', 'uh4xu4']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ziqt2oop', 'nrcl', 'xju0q2ih', 'rhkvsliu', 'omcd7cm', '3zjcck95w', '6janzm', 'jrkw', 'fiyroe1', 'zfjjmco', '5v7n', 'zlg6fw', 'wbvqnf8ed', 't9gadr', 'u3zfunkn', 'jvrwujr', 'plqu0o']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['37x3q2u', 'ldnxb2caj', 'sv6j5msp', 'wdrutxiqg', 'hysa', 'exxnvisve', 'm7ncaq', 'gfvw8', 'txrdqrhrb', 'mvko', 'qxtkbxfno', 'md3z', 'kltxhl', '4rwhqj7', 'nlsi', 'bzov', 'zlszxwq']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['pmavhieg', 'x9aof', 'twtg', 'cnfz', 'vsort', '7odw2hzc', 'tlaz', '5ajpvzlo', 'i1b3fmu6g', 'ynttro', 'lfufg1f5g', 'nlb9mrvk', 'hvo2olwt', 'xyulys7ud', 'es8dpjnp', 'wgndq6kzj', 'vewp4tz5c']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['nujrcwclw', 'lezoysja', 'llasnf', 'bku93dl', 'nicg7', 'xhf3j2z', '5t9ijy', 'wscb1nnvy', 'phsvik', 'dzytf', 'l0ne9ad0v', 'c1gyqj', 'eqyu', '2g9dp', 'ykoq', 'acrjsfruw', '7bs4lid']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['beuujt', 'zjyaub', 'ffuauv', 'sxw9jsc58', 'jbnudy2ha', '3cslsxz', 'sicnpxd', 'a8pujgl', 'rwqrf', 'banz7vxcr', 'qji8x9n', 'ob60rk6g', 'lv3c', '0ngrnuyx', '8casbz1f', 'rjnitgopi', 'vk5fofmda']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['3ud7hpaw', '8kbek', '9cxc', 'fpozrne', 'qaveozbrg', 'nj23et', 'owfbvvo', 'pnst', 'mcybt', 'mejj', 'mrijbn', 'kszr', 'gavcg', 'ie9ytrk', 'bgabz', 't7dsw1t', 'kzhnk5']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['iulcbkgay', 'uzqmivt', 'mkyivv', 'payhlco', 'rpaox', 'yijv', 'zqsu', 'ldqktto', 'dw03yx', '13hitu5or', 'e76n', 'orpw54y88', 'zm5jihhz', '5hzltl', 'kywzbgvj', 'lsyw', 'ceojjz']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['uye2ixfx', 'nytvmd', 'sbj07fre', '4nurf', 'f5ykrk', '1m3j7', 'plo3gg', 'mbviedcp', 'hos8cn', 'kzhf', 'mlezvhq', 'uj6qu1', 'nwtnakj', 'gcgy', 'yxtb', 'os3ggb', 'akctbo']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['jbgtxvd', 'bmgvi1', 'ao9f4xf', 'hzxy', 'txggiv', 'im17bll1', 'pogj0zj', 'z1hdfyybp', 'bp7u1i', 'akjwbff6', 'mnvnnnl', 'fj0ih2xg', 'kxqyximt1', 'a0eghyv4', 'olinnsqa', 'ukcqpjsrr', 'hzczf']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ot9o', '3mffhzwt4', 'zylc8', 'yhqtp6', 'aywykpw', 'wwty0gr', 'zizrkpv9', 'xkw1', 'sfgwx', 'a6vm9t', 'rm88', 'pnxpwac', '419mo', 'qijvw', 'vanq', 'lsqg9j', 'gsog5', 'yk8x']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['17jmuj', 'uhj9yfxq', 'hify1op', 'h7ru8g3', 'wft2pobva', 'n7whu9ra', 'jwh90x', 'r3ualhdfd', 'cntq0u', 'bisvteg', '3h0u', 'egvccawm', 'yrqy6fm', '7dq9blily', 'k28a', 'fwr9lylp', 'fmxn47', 'lertc']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ytrfjjsm', 'bzxjbf6v', 'hoqpbbziz', 'yx8j', 'degn7', 'ks1rzke2', 'zosiih', 'zfmsdtdxf', 'cnkmrmpou', 'x5efuf6s', 'frmtyfpid', 'uyvze', '1djphmcsz', 'rlzl8', 'ome4bq', 'rnwfmeu', 'pifv8p', 'pqgr']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['dzwwvasy', 'xwfh', 'ksu3', 'qq9gyhl', 'durwnigu', 'iiinm', 'lwxk', 'egrkz', 'wnuo', 'iq1ff', 'n2tjdce', 'qtdez', 'ahsl', 'mvmhmrvi', 'ajhe1evul', 'wzagnekav', 'l2re', 'w7sm']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['dmh4p8pw', 'sxnlc', '7r41gdqnj', 'uspnv', 'ejxxqvmwy', 'oakiwj6q', 'j3wytxpk', 'h0ozd', 'wvjb', 'm2lwz1bzd', 'mdzwj', 'z8thdwo', 'lfhu8', 'e5ir', 'inkhd', 'kwxak', '6qlfnf', 'gwtk']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['pgoyfhee', 'qxrvfeed', 'wv0x', 'pbzeid', 'zzsj', 'kjbx', 'fuy9mjib', 'pocb3uiaz', '3q4my89v', 'yq3p0fei', 'uniymqfd', 'vrldi', 'ludq8', 'oeob', 'pumfewtk', 'iwn0stsge', 'usaiulkw', 'rhpipvsg']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['rzzzcc', 'kg86cfc', 'fdp6led', 'ovfma', '7nqmvwua', 'zwht', '6fmx', 'ovwsa', 'sjwaawlsz', 'oxtz', 'jfjdlcnff', 'eg8hzc', 'agdsd', 'lxkiksft', '5rksf94ec', 'una9kv', '9cmfyn', 'forprrr']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['zqlrg', '0nmwldeqf', 'idvyujiyc', '1txerw', 'gyyybt', 'umjz3ixex', 'kwpb2wd6o', 'ibhzhrb', 'njsvjrboe', 'xrw3acktv', 'gf8qckzbi', 'vmq16cy', 'fwcs', 'dexy2wzno', 'jw7khzt', 'yehurpq', 'zovm', 'lpqzbdbr']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['vce6rwh', '6tvdtdvg', 'lwbdz1w', 'negdaliv', 'vmb31fpx', 'ydcvunypi', '6yshbgvrh', 'ybdpn', 'sk30emujs', 'krvq4ewoz', 'yqrcm', 'v6qg', 'ax57suurm', 'wdnspiwy', 'qqjiicrc', '7imgptkp', 'ql61tmc', 'qdpjzpwyf']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['chtmmmc', 'jmmv29e', 'xkgc', '88of901pr', 'kjuutx', 'txrvisa', '5efr39q', 'vczsqlbtu', 'hrqvlm', 'oal2y', 'c4pannwja', 'nadzak', '7q1z', 'cf5daa', 'a4pnuxi', 'hk58', 'o9jyg', 'httd']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['rjdenb', 'ur1d3d', 'q1mbzvks', 'l4msbqyr', 'c1cfz', 'saxhxogs', 'ucgq8k', 'ww92ghv', 'lkb5s', 'nm3eoaea', '6c7hu', 'enaau', 'nevpdc', 'ygri', 'grsmce', 'uyfr4s', 'ceoydo', 'f1sbkswv', 'u0wd0qjr']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['qautnmt', 'gzh0c', 'whin', 'jygacfb8a', '9lpvb1', '3s4ql', 'b6no', '5r3vbrm4', 'jdvbauz', 'voy2by9ga', 'emtpu0', 'izhifer', 'mcpgf', 'ijzkld', 'i1cuc', 'iekkbg', 'sivruek', '8nvlzg', 'cawek']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['zopnn8dsg', 'rjoamvtaw', 'ymgz', 'psdxmy6', 'f8pzsdt', 'yiew', 'zkud', 'jqhd', 'pjlqg', 'ea60nsk', '1gis', '9ogr4', 'x8dsakcdf', 'ifw6z', 'zwjekhy', 'aazfye', 'yyfuxuvar', 'xzakddjcy', 'jflf']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ylfjj', 'drj1sv7', 'nfvqm', 'w5at9', 'tqnxstn', 'wbnt5he', 'pdlpid', 'fowc8qk', 'zymyv', 'gzpgahjb', 'vgrg1', '5zenxwbx', 'sn8cjjb', 'nufy', 'lzps6lx2t', 'osjdhf2', 'eivzduwid', 'ccvcruec', 'awtuuel']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['3kmgjiyr', 'oeol', 'czpy6eqx', 'u7y9cmb', 'umhhjcg', 'zxtpqn', 'yxctamuga', 'jcpffi', 'thd6xp', 'b7jiuuxvs', 'xjtcy', 'nhps', 'gtcx3', '4vukrtg5h', 'ctmybtifk', 'niyrst9', 'unrymhiqw', 'opejrm9ai', 'nqkcxfans']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['nblh9qvh', 'f7643', 'smyi', 'qhkbl', 'ig2csusg', 'ymdis', 'jxucpro', 'w5zr', 'nmuau', 'es6mh', 'jdrgrvk', 'nyysgniwa', 'l8unpk', 'wjl1y', 'qrwrden', 'jyjscx2a', 'tvivv', '5ieb60u', 'psakge']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['fahy', 'kqarkfjz', 'sq1vrj7', 'lfdiovdrx', 'nqklb1', 'jnnhi2m', '5mrld', 'oyusgmel', 'ojycnkiyk', '7urr', 'tudotci7e', 'mlwhnczw', 'hmjvjnpq', 'collr', 'dcfjoqvpd', 'v5yariv5s', 'hfuaj', 'bysoma', 'gikhfhd']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['xmmx9xr', 'cbexb', 'ajie', '4dh5pva', 'e1cvhscb', 'psarn', 'qnj7w', 'zaor', 'hq4dvt8l', 'nw0ms9hz', 'tqzjfsy', 'niojt', 'kusgdy', 'l0fsuto', 'q1zwlc', 'tekgi', 'bs3g', 'agq62wi4', 'lcebret']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['h33hpl9n', 'yq0hgm', 'mpny4mk', 'gfdphygol', 'rqcsi', 'slyn', 'cdvtrpoxp', 'nyjzf', 'bqh51qtol', 'ewve1', 'pvrkgqeqb', 'rlsxqlmv', '9zciy', 'hfza', 'ikms', 'uuql', 'kikewnp', 'arcch7kpn', '4eaztr']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['bh3q', 'g7ax2czs', 'x7hfcw', 'k5alfil', '5bxon', '07pqju4', 'mqxns', 'd4ip', 'tbdxturgn', '0qqe8bx', 'epeb', 'm0t6a0q', 'nfehhtc0c', 'n3qbul', 't7mu', 'pbaz', 'fcpnh', 'eporznbb', 'd7bx2fp']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['b2rlih6iy', '9uro', 'ghonuut', '7xrtmut7', 'aexytds', 'db1yu', 'gstlvzoi', '9ihyfde', 'lzc5ki', 'upvxa', 'rmraik', '4koutr2m', 'hauj', 'qih2xh5b', 'suvki', 'fcqcziisu', 'u70mk', 'ms5tqaqhr', 'pxty', 'zwxyxibqq']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['divwpoflb', 'tixto', 'xtohra', 'glyigoz', 'zrils', '4r0jw', 'cgw4iuun', 'nea7k4', 'j4dccuqfy', '8uubw4lt', 'ckhdlez', 'joawtqlru', 'orhkwxy', 'nxrj8y', '55gx2y', 'nsxcie', 'ijh5b', 'releqdyq', 'nwt0n', 'o2y7kv']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['cmctz', 'rl2r1', 'iecekvht', 'zkgkiag', '6mav', 'ssojxg', 'flztph6gp', 'fkzqnnyfq', '5zqzkwm', 'aqpnbu', 'ct6cjjq', 'gj8se9ax', 'mdilhveeb', 'vuvbrrq2l', 'fya9', 'a616zf', 'klmwjq', 'uovi5pdo', '4wt5', 'jfmmkqaiu']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['cyay1', '7bitspgd', 'dadv', 'pcoxrp', 'nzyoww6p', 'ijp7nz', 'efmb', 'cjs1bmup', 'qeztbvwb', 'jpuwjzju', 'ojdkade', 'gmwrhmzvo', 'pfxrt', 'jrzxc', 'v5h38pz', 'wkszyzax', 'uhijgwa', 'njugcqr', 'mvcr', 'xehhq2f']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['bmljqx', 'ldiejhxg4', 'jqx3', 'mtra', 'p9v3iu8', 'rtus', 'qwqr', 'th5beg', 'vqbhvw', '7wt33f8', 'z4dg', 'ys0ru', 'gsf2t7e', 'jc8doatrw', 'z1vuxofa', 'j8js', 'fwmzeo', 'jgej', 'gp2uoc', 'obxxw']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['cvk0qc', 'rghpsbw', 'agojsw', 'jtdv1i', 'bd8kg', 'do7gdo9ra', 'couym', 'hbmod', 'ds3c8c', 'lxxpar', 'r8bnxdvj', 'lf8g', 'zki2', '4egohbi8', 'eaodn', 'cgtosgqty', 'ajonfyd', 'ttbv', 'innjgl', 'vshzzhn1r']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['umzxrv', 'uhfqbc', 'crgz', 'wc9jwqn3', 'p2hb9q', 'loaku6lkq', 'tmaeh5hj', 'kfsyh', 'gernjru1', 'gose1q', 'lsv7k3jt', 'negjysxu', 'rrtqmfpo7', 'vxscqcc', 'hxa7ama', 'wzlbpc', 'ptlc0w', 'cjku', '2c7wo', 'apac']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['aj5cttsv', 'ibylt', '8rwl', 'jc44jm', 'hbo3', 'ycotsoi', '59tcn5f', 'cd40ljmxr', 'sbwxqyn', 'i9zvcoun0', 'vj3mywg', 'nlhh0nz', 'uaav', 'umtu', 'vha7n', 'cnh3wma', 'xiqtq', '3pdlhq', 'rtpqgtnt', 'pimjd']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['xu3idsybu', 'el7ac', 'ghcxwex5c', 'vora', 'iitwspfh', 'fggq', 'knuvy', 'iawxhy2r', 'cdhr', 'vdwwme', 'v1qu4sg5n', 'n1adodlke', 'jnax16wlo', 'yt7yixv', 'gzuqk756v', 'yvzzuml', 'm5gdc', 'qli0dgc', 'fc5b', 'tv2d']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['2grjhf', 'jz7nrd', 'gfx5zml', 'jjonsr5qn', '5ayz9jel', 'yxxu', 'e6efb', 'sv93btgr4', 'a5im', 'nn2xbqakd', 'jauzrydxn', 'u8tr4nn', 'obifaw', 'yk3c', 'ltpi', 'kjliqfk', 'jrxbnnktw', 'y7nxmsd', 'l6ry', 'hwqokp']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ddmyhilyt', '2mits6h5u', 'kwjzpd1l', '6bnzfo', 'fifmsx', 'qazqt', 'zlrpu', 'm34h9u', 'kh6leiylv', 'ryqytcabm', 'sjkjrtscs', 'gcalvhnq', 'fkyk', 'mkerf', 'tjacao1tl', 'ogye', 'uld18wca', 'asvm', 'hywp2p', 'pmzvoiy', 'd9mqusjms']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['dtxmn', '1xvx0r77', 'clgyfy', '9qyy', 'xicx4uf', 'hnw14xgyj', 'bb90wk', 'tbmuygq', 'bnz4', 'yg4sva', 'jswvr', '2yiec0l', 'jsm1kqxb', 'odrjwm', 'zwhf5', 'xttyjws', 'pimdrgq', 'azpq', 'wchomi', '9gguc', 'irfphf7']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['td1gk', 'kzff', '2d2j7', 'xpkxhql', 'dpol', 'e1y6', 'eccw', 'pshjr01w', 'dsqhffkqk', 'zngmlxs', 'ewc2wm0', '4xmwogda', 'x8pgz5vc', 'h5gqer3', 'hloui', 'kcpc49wg', 'o5h2', 'ek6m7qh', 'qgjdmqt', 'v2fjab8id', 'cqnpm']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['q2es', '0cwjm', 'vixslz', 'gmlofg4q', 'jfhzwv', 'dcakqk', 'ridcn3', 'cjgmb', '0uaobfbll', '6xgl', '0dhtk30y', 'btje', 'lcaf', 'kfd15vpp', 'fauhqz', 'nprjumpcs', 'ekdijbpx2', 'wqw5po', 'qngwhoz0', 'dypk', 'xh7vhoq']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['sf4hl', 'oa0rei', 'oxbmbyj', 'tvvooqiz', '1nylxwb', 'tyjq0x', 'hnfbnjg', 'xrcoz', 'i8kkb', 'uomr5te', 'awf115d', 'edhc5pk', 'looupn5sk', 'uih2pfak', 'fycxezzbb', 'agyvvprxo', 'o6pplgng', '5jcvndq', 'xwyhtre', 'awilsbpfe', 'iv4vn']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['lyqsr', 'anqahkdj', 'e94cmdca', 'ywlrjduz', 'csntr', 'qpis', 'trrnfs', '8zhpfyqre', 'medfl8', 'snsc', 'nndq4dzb', 'wcdxh', 'kmri', 'rzx4j', 'wky6chm', 'bmvn3upuo', 'k16uepf', 'ltlghfq', 'mvjeq8', 'ajnjxqla', 'jp6zlsfq']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['jzvztaym', 'y6bdda', 'f7olvgsey', 'v5ga', '8jjq0h', '6w6kns', 'kqmoeb', 'vjamjj5b', 'mnhune', 'b81l7wsn', 'ygfnh', 'lpk1', 'giqq3swt', 'wcu7blrt', 'nqqxf0qq', 'qbnqitwwo', 'hmcwv', 'rwumuiug', 'kyyyh', 'k6utrmq', 'gfzsktugm']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['pjigw', 'kpi9sq', 'oqkfpumpw', 'eakanw', 'hncm', 'ms8wuqt', 'ih9govinf', 'pmza', 'exqjbgs', 'lckim1c', 'ptwdew', 'bzzoj', 'bhqu', '0d5mon', 'zkayhs', 'lxphg0r', 'les1mofnk', 'w0zkxxp', 'dbv5v', 'vzms', 'eozeaa']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['btewd6', 'ndjj2usul', 'uzedndl', 'el6xl3u', 'yzuz', 'kqozoy', 'fbpb', 'sgw2pxdcd', 'vsvzmum1r', 'knolxnv', 'lppqkl', 'oawjbx', 'drlbn8lw', 'vloduwii', 'afsfuo2c', 'spawpvd7i', 'dfywlp1', 'xf94b', 'oc0asmne', 'hrameoth0', 'gfly']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['dp0pfosd', 'fhfqo', 'c1aa', '0sscy', 'y1gk', 'hpeo8vti', 'tzvk9', 'ncf2', 'wlz6wg', 'smsby', 'bssp', 'diuirpr', 'mu42mask', 'esnk', 'uqwoz', 'zqsnr3hb', 'sc5ra7', 'hcgx4', 'm8lijtor', '7hcinmts', 'vgrv']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['nnhfdcv', 'jkmgtey', '47plh', 'hemwiqbw', 'chnxt', 'm0pergn', 'ixcnavdsm', 'kgqrzpr7q', 'guhkvyb', 'iceahtiz2', 'ggdbx', 'eoicu', 'lhbz6ad', 'rwxkb', 'ml7kxtwp', 'jfci', 'pj4reyp', 'he5rale', 'yytzp5bfi', 'pbfypvvr', 'lrkn', 'syfrou']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['wh98xg4xm', 'aesp', 'avmelutl', 'axqm', 'dl0s28oe', 'dg6nqtn', 'gznwxyq', 'e8yoekf4', 'guohxr', 'i4d4ls', 'bntfol', 'zagzymnj', 'bf1tbbk', 'dhix', 'hkpj', 'mnnaf', 'tgzx', 'rivwhvndo', 'y1dr', 'cczf', 'uvtsi', 'aymj']

wh98xg4xm aesp avmelutl axqm dl0s28oe dg6nqtn gznwxyq e8yoekf4 guohxr i4d4ls bntfol zagzymnj bf1tbbk dhix hkpj mnnaf tgzx rivwhvndo y1dr cczf uvtsi aymj


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ivhl1e', 'oueb1cglp', '9dugz', 'z3daq', 'shfvll', '5det', 'fcnjraqae', '4ocd', '8fsryyzt', 'wq9mmz', 'gbcdgbkp', 'xjta', 'a9wpm', 'hj7v', 'pc2y2kn3g', 'czsmm', 'bxikkh', 'y4dwws', 'qtkrygcr', 'ahxnipah', 'yjwsjvmxh', 'fdydg3sux']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['b7ebv', 'bmt1', 'xjjvtf', 'gvf78h', 'f1fc1', 'btkx', '4bi59ub', 'ewna8jxt6', 'awybznp', 'vteoo', 'auh5wgz', '7vj0', 'bipul5uk', 'uaapa', 'utsqxh', 'kqxlydr', 'zzisj', 'ky2avo', 'enycy5yu', 'i7iplwj', 'i1l1', 'pnyrnsy']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['zsbkzj', 'ipcjxkyb', 'q5a3j', 'ovomz', 'hrewgd', 'r2bs', '88sbvow', 'wzip3', 'jjk6j', 'de8puyd7', 'awixx', 'bktvs5', '63quqzy', 'bqyk', '1cqmo', 'i2obx', 'jigld', 'aesxi', '3mlppjqc', 'lmhg', 'ltur', 'yx8sryhn']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['xdwewbgm', 'rewungge6', 'tca5uk74l', 'tdnqhh', 'bvlk', 'bisnk6ddt', 'w8ugyy', 'e1o8', 'ucdhki', '3laqnr', 'aqf0', 'wnyndrf', 'sbsnqvh', '5ctr9om', 'edejfunus', 'rqtq', 'zhbamev', 'gliqbl', 'jswbv', 'mmkpb', 'rwnu', 'houc1pwg']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['pnbjd', 'rd7vge2wd', 'lmmtr', 'czozgcn', 'nwqy', 'ihvgrwt', 'l1ybvup', 'sjqm7j', 'owikg1tt', 'mvvugdw5', 'ktcpym3', 'tddroxb', 'wbde5dmtj', 'fmyko', 'ouklf0chi', 'jlz0v', 'daguggvaw', 'cwqheenz', '8sz1we7t', 'mb4drgxr', 'hholzldo', 'y6xqjelg']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['sc7bll', 'hdyrdzm', 'sycxb', 'hye0ip', 'tocpsa', 'm4px46t', 'ksfsetst', 'kwam49', 'bsute', 'wuia', 'senqtbzr', 'dpxxqirte', 'ayzrez', 'gwcy', 'ibwdfu', 'mhfix', 'yykckmdnt', 'dofji', 'spale7', 'ucfkvecm', 'gpjx0g', 'zboeo']

sc7bll hdyrdzm sycxb hye0ip tocpsa m4px46t ksfsetst kwam49 bsute wuia senqtbzr dpxxqirte ayzrez gwcy ibwdfu mhfix yykckmdnt dofji spale7 ucfkvecm gpjx0g zboeo


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['gkiap2ukn', '0m4f', 'gfaw', 'wsmhe1et', 'zujx', 'xaafokrnt', 'axpk', 'sfqtfat', 'l9qstrl89', 'k4uf9klg', 'axyg', 'cdiihjqs', '9do1wf30', 'evbkuqin', 'kpxg1vsmv', '68enk0k', 'qgoi', 'tzceksin', 'tasiam', 't8zjyg', 'dkphmhw', 'rinr']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ifafzfeo', 'boijohh', 'p5da', 'v1unu', 'brjlexwc', 'jpkyy', 'wgug', 'rzadpez', '19zex', 'csdwdw', 'dvaajl', 'ymp76', 'j4go', 'oeasoac', 'vpcrr', 'ogarnm', 'wtstrdo9', '5i40cpf', 'i4qvxd3', '6afyl6t', 'why8', 'g8ouyxe']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['6ouqmy', 'rbu2t', 'wmnh6r', '5lmxqc', 'bzvyb', 'sdvowhc', '7cohgun', 'wo8z', 'g1ba', 'ufxumhzqf', 'ykigl8bc', 'tihggpjqd', '64rfnh', 'ksvychv', 'g29xuf', 'nwp2', 'ttc7ak', 'xgrvpoh', 'mkqwxlyio', '6nttu', 'l3fc9pu', 'pzuqvwkg', 'vpv1dl6']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['cvdfof', '4wblj3', 'righyxhge', 'jhbw', 'r8fxh', 'kynlyghob', 'qvhzux', 'audpwy', 'faweqin', 'ykjbmzjv', 'xjrbm2o7o', 'yxfjp', 'xi6gqxom', '56nq', 'osqpk', 'xxv6y', '5qcs', 't0u5', '2gpa', 'esmvgm3hi', '4csgycur', 'vwqwpxq', 'khix']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['cmiq', 'l0ip', 'enlrncyr', 'exurbv', 'vbifckojg', 'idqgunsxq', '1gnuif', 'qsy88xds', 'lnwih', 'hnjcbyi', 'luuhcdcs', 'fc44ubmcx', 'wt5vjyie', 'z3lbk9r', 'fdzw2yfp', 'mrgeiwyz', 'zpvnm6u', 'znr2', 'jm0lx2', 'gzxbh', 'jp1ew', 'sy4jpcp5', 'cxrbhvw3a']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['zvewaf4', 'qolrcc5ec', '0rit', 'pcqoizc', 'nmahr8', 'ln5sk1tpq', '89zsl', 'xaaa', 'xnxcvs', '4wxtp7l', '0ix3mj', 'zfwldpeu', 'iclskjhl', 'dvierhq', 'gzb8my8', 'p26ddzf', 'ecrwa', 'qhfozd', 'kbrrrn21', 'cmfewl1h', 'tevxicu', '3rqq8id', 'fptxtn']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['znhw1e', 'hcvhwb7nx', 'rvcm', 'iv93ovoie', 'lfkx', 'npczjlg8', 'ppuxqe1', 'tlsskkn', 'r8zp', 'rwh4', 'nfnohqg', 'zaxvwfal', 'fxjlv', 'gpyflq', 'qmgr81tad', 'usjgrsfr', 'scsgot', '4wwm2ya', 'slxoqol7q', 'n5bfbhynu', 'lgmf6hm', 'g7pw', 'musd']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['pzuhwbzz', 'eqnsjirtj', 'rytc', 'vzisinid', 'y6txj', 'vvz1ckjy', 'ugbqf3', 'ces5kk', 'pqipemwt3', 'auaomdc8', 'fs6me', 'lk2mjmf', 'agkf4m', 'hvdspotq0', 'do5ql', 'sbx4ftit', '6x3em', 'l3sc', 'd5ulbxk', 'zhdktl', 'tzkkg6', 'kfcym1b', 'kzwvjr']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ynozelr1f', 'kzkwd', 'uqcto', 'ozk6', 'w6rpwums4', 'o0iho', 'wxncvgay', 'ze1htw', 'ttab', 'ipm8kc', 'nximw', 'rscayv', 'zeiwy', 'hckd', 'db9cbsis', 'bzq9uwbh', 'ycch7eges', 'nuncny', '0swejduw', 'ogboas', 'yybdlk0p', 'vjnk', 'tfcqtrj']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['wtxkjwbte', '0llovpj', 'wbod', 'ddi7', 'yvbuvpg', 'c4cfiii', 'xgwcc', 'f4xzr', 'kgrgzzk', 'wmv4nly', 'xeakwbn2z', '9td0if6t', 'yxtq8vcu', 'e2vdt3zo', 'uvgg', 'kjsg03age', 'agltpu', 'k6kf', '03fwr', 'yi9r', 'p0lmcn8s4', 'wywxcw', 'vxqc9v']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['acinzqh', '0hl1x1cl', 'ltymy', 'szpx', 'obgubxj', 'qwesh2', 'dgk2fnh', 'xzpmr', '0jda', '4o6fwd', 'cjul', 'ftjdeoy', 'h0gqiq', 'qkrootg', '38v7brxdb', 'mteitkz', 'eyvw', 'qrocpxc', 'lla2qsj0', 'sxfo', 'tyrm', 'ogdqb9ivp', 'nzjoiy']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['slid', 'mmbxvl5i', 'wvsao0zb', 'dwsfgai', 'cujn', '69tb', 'mtwvop', 'bdpb', 'eutyxu', 'zuneiavc6', 'nv0rdee', 'mwykcpc6', 'byxbbwvw', 'mkuf', 'cpaxe', 'pzil', 'gy8pto7w', 'bmoicjcx', '5byp9lhh', 'tzh3y4', 'kn1g', 's0m6q', 'wgoonosru']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['rczzf4t5x', 'ytqwqm', 'bxs9myew', 'pqceiur', 'irif', 'g5xgumyb2', '5wiqotyj', 'hm6oo2lcz', 'p9feny', 'c7ss', 'v5iipi', 'dsqxbdxaq', 'audvca', 'yltnpkxxd', 'e3ubem5', 'al1uhj', 'qpyr2t', 'w7unkcm', 'ra1ohp9jv', 'xymnqy', '8lt3vnza', 'gzdfg', 'pgslbcj', 'tx0ff0n']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['3lxfn', '1sokbcmp', 'pn9ezomw', 'jhav', 'grwhlyqmg', '7oxx0wdoi', 'cwz1tjmvv', 'ahbgihb5u', 'eup13', 'krxmlz57', '42wr3mr', 'zucmhb', 'djxrthtdv', '5tgmezdag', 'gwumvd3ej', 'vng9wbja', 'ujnor', 'nyo3ph9', 'bljcmusj', '2ljuaj', 'cqajl', '7qx6y8', 'epnelyy9j', 'ujqcon']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['9ythevkd', 'hcmpi', 'dfgk', 'qobbbskj', 'qntg', '5w89', 'qi9y8gy6', 'nxoh', 'nvaclch', 'td34nu', '5kbwrggau', 'ovlao', 'mwdfnbvb', 'bqa0r', 'apdgghft1', 'ca9ttwpib', 'upjcr', 'zinmqz', 'mrpcgfdwe', 'ys6hzk', 'v3blwekqt', 'claecoat', '4k1x5e', 'nkqqm6d']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['lldf', 'noou', 'ipv0i', 'uz1p', 'sjig4mnz', 'zhjiq', 'x6ddt', 'upwh', 'gavtlk', 'browm', 'hzrsg3bbw', '9fh8', 'cawfxz', 'bbn8skq', 'ekqj5gz', 'ou6f', 'f2fc4', 'eo1wa', 'usujo', 'zcybu', 'mknp', 'x2oqu', 'eyb2obut4', 'xkwwfvk']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['nnfge4l6', 'jtjutmt', 'gffc0gs', 'errr', 'd9cio', 'damlnl', 'utbwqzgd', 'p9jdkjky', 'sver46zj', 'l3djtggk', 'hl5qj', 'mtg7', '6n8phvkl', 'nmhgzuvek', 'alv6qvpik', 'eh0hczwi', 'r7bgvuhm', '2qtfswm', 'thewmatv', 'y6i0ardj', 'ixybldzy', '7tje', 'nnsyxj', 'aajn5cpss']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['cfq8x', 'bjwcezw', 'rlgqikqp', '2uoyl3i', 'phiye', 'uvkqew8', 'mtyaaouz', '97eje', 'fdtap2w5', 'w7d9l', 'cjlpv', 'tyyre', 'fehby', 'bpk2uqc', 'isqj', 'wtvhwl', 'nyqnpv09', 'i7z6chh', 'ltyu42wol', 'dkect', 'tabyq', 'ofjr0ma', 'pxra', 'pdsqrzlmy']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ckj1osa', 'jgw9w2d', 'cplhrc2o', '3nrfz75g', 'tnfren', 'gvlrjom', 'litiyb', 'sfb3lnyl', 'avnq47tad', 'xc8ntp', '4bfrqkzq', 'bk7e', 'duswtw', 'hvfm', 'o47wkr', 'op6wbbdh', 'jmizstj', 'bntnhoz', 'torv', 'ebgei', 'ionctm', 'iu2898b', 'eguuhb', 'aeosen9']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ugvkifiux', 'rkabt', 'mbrb22se', 'ogvkxjsb', 'j0dbdp', 'joktz', '8kpqs', 'cogil', 'yvimvl4lw', 'puwzxq', 'nusypnj', 'ucxqof', 'ddyfixodx', 'v4rd', 'dqiz4itqj', 'bspkd6', 'uuftrta', 'ylbk', 'falqkxuz', 'ojtjvnew', 'vwpz', 'x1txgka', 'a79dlyyxu', 'lqbraws']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['fvrg', 'mlbkqn', 'gxk1xv6l', 'o0f17lod', '8x34w', '1pbodjra', '40l14o2', 'ks6gcx6', '8omri', 'lpg0r', '0pyl3', 'epeyguec', 'lnewo', 'cbeahc', 'e2sonfll', 'cisx', 'btsbjdm5u', 'u2nym', 'xjm1wij', 't9d4ymjq', 'kmqhz', 'feqtzki', 'tbrs', 'zwwuc']


Prompt:
Make calculations in a specific manner as follows:

For each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.
Then, calculate the product of N1 and N2, which is N3.
Repeat the calculation for all substrings, starting from the first string.

Provide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.
Do not include the final state in the list of intermediate states.

[Question]
Strings:
['ytwp', 'luyq6xetb', 'mlltz', 'dpptk', 'ezqa3li', 'pfdttoyk', 'ohacwhqgf', 'xiohfxzr3', 'gpu5w', 'glgwiuq', 'rdipw', 'ihtoaunlq', 'dxr3hd', 'xhexw', 'h9otj7q8c', 'reiv', 'njs3', 'nwtye', 'gqgw', 'uxrrn', 's72lv', 'znal', 'dteupbt8', 'ilc3']


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [hvrpmrmr, qzjimrf, vbrikvabx, zlmrlrzow, rdxon, mrkpmj, eugrdmry, gjnvrdmr, wmrmraarb, uco]
Substrings: [mr, rd]

hvrpmrmr qzjimrf vbrikvabx zlmrlrzow rdxon mrkpmj eugrdmry gjnvrdmr wmrmraarb uco


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [snjlmilsw, ylmch, etfpyxu, bqchchzzna, hdulmlm, rlchch, ehwhyn, lutnaaaog, chchzoqxz, pxchupj]
Substrings: [ch, lm]

snjlmilsw ylmch etfpyxu bqchchzzna hdulmlm rlchch ehwhyn lutnaaaog chchzoqxz pxchupj


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [eaab, ujcjiyrer, nserqkkgkir, ersi, try, efqmbplwc, ajhflf, nsempv, ubuqk, ntkrrz]
Substrings: [qk, er]

eaab ujcjiyrer nserqkkgkir ersi try efqmbplwc ajhflf nsempv ubuqk ntkrrz


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [uxqemudm, uhypkw, qvoioipukq, moitayve, gxwqttaoi, oithdwvfw, vtaoiffv, zuoaxjmf, unqtatam, avaetjtatacv]
Substrings: [oi, ta]

uxqemudm uhypkw qvoioipukq moitayve gxwqttaoi oithdwvfw vtaoiffv zuoaxjmf unqtatam avaetjtatacv


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [xjgkuv, ozroysqv, puqlijb, igjbc, jbztyjhypr, fdlikiptwv, nozjbjfkp, jbrlhiz, qeoppjbji, jbjbyp]
Substrings: [oz, jb]

xjgkuv ozroysqv puqlijb igjbc jbztyjhypr fdlikiptwv nozjbjfkp jbrlhiz qeoppjbji jbjbyp


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [yhirekekk, invnwemciu, hvgfqqpmy, meklkh, gnsnrq, ikdbrh, xdfivk, kvdlngfuek, pyekekdfw, ynjextou]
Substrings: [ek, fi]

yhirekekk invnwemciu hvgfqqpmy meklkh gnsnrq ikdbrh xdfivk kvdlngfuek pyekekdfw ynjextou


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [nzowbhzjv, noaolmvxoowj, aunq, fkutnur, qjhc, vcvbdun, evwzfkrho, tvthtlea, mkaoaoi, zlmlmx]
Substrings: [ao, lm]

nzowbhzjv noaolmvxoowj aunq fkutnur qjhc vcvbdun evwzfkrho tvthtlea mkaoaoi zlmlmx


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [gdvou, wcyptzz, lxibywrdvdv, xwqvr, ydvnrmus, vrpeml, qqof, qizrn, rxe, doeipegdvs]
Substrings: [qo, dv]

gdvou wcyptzz lxibywrdvdv xwqvr ydvnrmus vrpeml qqof qizrn rxe doeipegdvs


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [lzofy, zxnpnxw, ehytdtdwr, plnzqt, xatdtdtd, xwcqsv, nub, iyxwtddc, hjxplxwtd, vutdxwjhjc]
Substrings: [td, xw]

lzofy zxnpnxw ehytdtdwr plnzqt xatdtdtd xwcqsv nub iyxwtddc hjxplxwtd vutdxwjhjc


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [xghsa, lhshsmnwuxtk, xelhs, hshsbw, tzhsxgxukc, amxgji, aigfk, xgsz, tfcz, jwjeldhs]
Substrings: [hs, xg]

xghsa lhshsmnwuxtk xelhs hshsbw tzhsxgxukc amxgji aigfk xgsz tfcz jwjeldhs


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [jmle, xactdebng, dedeekk, ctctm, bdex, pdeq, gjmjm, pjmjmyuisgmn, fvvamvq, srdeexxxoi]
Substrings: [ct, jm, de]

jmle xactdebng dedeekk ctctm bdex pdeq gjmjm pjmjmyuisgmn fvvamvq srdeexxxoi


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [gsocy, yaylbqdrn, ayodfxbxdj, vybayjf, crqho, icesay, uwtqocayolt, jnpoplrdv, iagnyzcy, daya]
Substrings: [yz, ay, cy]

gsocy yaylbqdrn ayodfxbxdj vybayjf crqho icesay uwtqocayolt jnpoplrdv iagnyzcy daya


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [ldada, biqahu, zmdm, payvjtx, dauktr, ywnqhuvqwzbt, dadatpd, svclo, kxseqhwnrwpx, xlmwnhwwnn]
Substrings: [wn, qh, da]

ldada biqahu zmdm payvjtx dauktr ywnqhuvqwzbt dadatpd svclo kxseqhwnrwpx xlmwnhwwnn


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [lujtpaofqv, dfqao, kmjjstn, ptnpnm, haaonsko, rtnfqtunl, shkctnfowlz, frmxjtnsnp, wloxdmaofql, gfohywfqs]
Substrings: [fq, ao, tn]

lujtpaofqv dfqao kmjjstn ptnpnm haaonsko rtnfqtunl shkctnfowlz frmxjtnsnp wloxdmaofql gfohywfqs


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [tskqxscg, rxrp, ubm, nynyr, sgnyvjeasxb, yukmpzlw, znrpvqvkyz, xjixvp, rpjfghch, usgpdzakspq]
Substrings: [sg, rp, ny]

tskqxscg rxrp ubm nynyr sgnyvjeasxb yukmpzlw znrpvqvkyz xjixvp rpjfghch usgpdzakspq


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [vfsnj, yibutxrarn, orsnvfjvtx, sokkqqccqnvf, mwcivublzz, qfowtmeziu, tea, sgjqnrc, ugjsnvfkwbvc, tnrsnrdfx]
Substrings: [vf, sn, qn]

vfsnj yibutxrarn orsnvfjvtx sokkqqccqnvf mwcivublzz qfowtmeziu tea sgjqnrc ugjsnvfkwbvc tnrsnrdfx


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [zmocroj, uknwnv, cyyfn, aojkndpm, knojk, lqkncrse, ojojzozhmcrc, ticrvjqvyqf, ylc, uyyp]
Substrings: [oj, kn, cr]

zmocroj uknwnv cyyfn aojkndpm knojk lqkncrse ojojzozhmcrc ticrvjqvyqf ylc uyyp


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [byfuaakue, qwmtraezo, umkdwnhee, vznlnlwm, bmwunlaa, yfnlaaktubug, rcfojc, iabaaaanju, taaaadqafv, wmhjvbqsno]
Substrings: [nl, wm, aa]

byfuaakue qwmtraezo umkdwnhee vznlnlwm bmwunlaa yfnlaaktubug rcfojc iabaaaanju taaaadqafv wmhjvbqsno


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [xgmhstitch, lstitac, ntmkavx, gkxnwyv, poqzwcyxitt, gust, pwbsk, flhpgjs, ebbvussd, aaqakj]
Substrings: [it, st, bs]

xgmhstitch lstitac ntmkavx gkxnwyv poqzwcyxitt gust pwbsk flhpgjs ebbvussd aaqakj


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [cibdhge, fihci, whvd, bbdbdfnvvx, hfgh, bdbdlis, micit, kofgko, nezjnmos, xcyihbdaiirc]
Substrings: [bd, ih, ci]

cibdhge fihci whvd bbdbdfnvvx hfgh bdbdlis micit kofgko nezjnmos xcyihbdaiirc


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [lddkspo, wfkxajflumpg, wjtsxjwepy, spginqtc, inumcj, gvxhptffb, yjssbgv, lqin, uoxpuma, ibvumpgol]
Substrings: [pg, um, in, gv]

lddkspo wfkxajflumpg wjtsxjwepy spginqtc inumcj gvxhptffb yjssbgv lqin uoxpuma ibvumpgol


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [evcdogkjtu, qwucbimpat, duwfme, bffgpg, ifdkam, menpe, cgiwg, gbdqpcpgnki, ymc, nujuwpca]
Substrings: [ka, pg, pc, uw]

evcdogkjtu qwucbimpat duwfme bffgpg ifdkam menpe cgiwg gbdqpcpgnki ymc nujuwpca


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [tbhzuo, bxsyw, bfhdgxtwmmk, tgivajlqfe, szuffgn, vpvpdhlomxq, agvpxxma, zwivpqz, pjasnar, tkyfbbmvpgr]
Substrings: [dg, xt, uf, vp]

tbhzuo bxsyw bfhdgxtwmmk tgivajlqfe szuffgn vpvpdhlomxq agvpxxma zwivpqz pjasnar tkyfbbmvpgr


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [xrdr, jhecrrdosar, acrrdfiayvhv, njcrpqh, hsqyaie, zfgrsqe, rdfu, bppkxcrezn, njrdcd, crgex]
Substrings: [cr, rd, mg, nj]

xrdr jhecrrdosar acrrdfiayvhv njcrpqh hsqyaie zfgrsqe rdfu bppkxcrezn njrdcd crgex


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [pds, gquenf, wiubdkk, yxu, iihpua, kcj, gcahzupfk, nwnwhpibv, tceohp, eogbjfodgh]
Substrings: [hp, kg, eo, nf]

pds gquenf wiubdkk yxu iihpua kcj gcahzupfk nwnwhpibv tceohp eogbjfodgh


Prompt:
Count the occurrences of substrings in each given string step by step:
Start with an initial counting list with zeros, where each element correponds to the count for each string.
For each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.
Repeat the step for all substrings starting from the first substring in the given list.

Provide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.
Do not include the initial state and final state in the list of intermediate states.

[Question]
Strings: [fkwsdvyjwxn, qdk, ohqipsbtsp, sdjutipndbj, xpoxh, qsdx, nenbrmwgdlx, vyse, psgnf, rufssdvygac]
Substrings: [lx, sd, vy, bt]

fkwsdvyjwxn qdk ohqipsbtsp sdjutipndbj xpoxh qsdx nenbrmwgdlx vyse psgnf rufssdvygac