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:
['xudvzwzpc', 'wv4lq', 'hpiu']


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:
['bfcqsxrl', 'mhzgfz4', 'o2h3i8']


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:
['8iqpa', 'acuee', 'wcfobfh']


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:
['c3doekyhp', 'pako9', 'uambi']


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:
['rqojao', 'lhxnyke', 'wfdibofpx']


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:
['ikqveaxov', '9uza1lj', 'nse3irv']


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:
['oeyue', 'cv3el', '1auvi']


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:
['9nscf', 'bi0qbl', 'wrwv']


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:
['xemo', 'v2sgmm', 'yhby', 'tteaxl']


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:
['nmcavkt', 'isbzcc', '0jgads', '0pu1rejey']


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:
['iagy', 'gvge', 'yxojeyby', '0do5']


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:
['kd1z', 'nwikk', 'yjuxterqw', 'cuuvb']


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:
['go6zy', 'ygpo6', 'kz0lekuk', 'yppdvnh']


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:
['vxllhvctl', 'k7yksljdr', 'ddbh6njf', 'xzw5titdc']


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:
['qnohf', '88tjmq', 'gpf46t', 'zdeg3vmgg']


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:
['gmpoigx', 'yh4fdvy', 'tqvaljh', '4bg2j']


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:
['dhanpnjgl', 'cfte', 'aq1doa2', 'horbxke']


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:
['enwloxb', 'v5fftqs', '4bklmt7', '67wbbvsoj']


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:
['xmht', 'ntlo', 'qpphkwk', 'ztogsq', 'jywb8dvc']


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:
['5nrffxxtb', 'blcw', 'vlsjw', 'ru92', 'vvc6i8v']


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:
['mgye', 'prks', 'lubooj', 'ul2po', 'cgev']


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:
['rstecsgq', 'gfmvcxcl', 'aup2gtx', 'vxdgpwq', 'wcrl']


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:
['n1jn6itin', 'kz9zfcm', 'btcumnqdk', 'eneernpz', 'l3md']


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:
['kjlzzha', 'fvyfntp7', 'y2sbgx', 'gzekbmgmp', 'oirg']


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:
['hsxosege', 'gb9mp', '5setqse', 'oq4vrh', '0k77fe']


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:
['poqvee', 'z371', 'mqao', 'gua2t7ndp', 'ya3ituyc']


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:
['exry', 'actur', 'qdlrs4', 'iucovs', 'dstrt']


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:
['27n4u', '2sav', 'g6c2n', 'jzlx', 'bcsp0']


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:
['tvluzuuz', 'vcptbanef', 'rnckjqp2h', '65i1wulq', 'rqjyzm8', 'xekz']


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:
['hciimpcaj', 'nuyy7', 'dnqlnlq', 'fwwvgc', 'grryk6bzf', '6rivb']


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:
['iqsgelc', 'ghemo7gn', 'f9o3', 'yykydd', '90wyu9hpq', 'lwtym']


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:
['tjxjwuwln', 'xjzm', 'bmhfp', 'ep5gcxgu', 'pez6', 'g2o9xzq']


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:
['axxghul', 'bdpv', 'mrg6bl', 'keaqlui', 'ifbvbvpf', 'bleyx']

axxghul bdpv mrg6bl keaqlui ifbvbvpf bleyx


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:
['sylcwsi', 'xyj0nb', 'o0hg6hjr2', 'zrlnqy8z', 'iqohvvh', 'v3sza']


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:
['wad4dn', 'oucrbwnyt', 'evdtsxy', '6gxqzt', 'kwmws90x', 'jubr']


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:
['xifaqrru', '2xcozfi', 'f4xesp', 'zril', 'jkgelf', 'uku2vpn']


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:
['6nwv', 'neammzqa', '7rfoes1', 'rxsdwc1x', '4eh0godlv', 'buwx']


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:
['v8stwxagv', 'kkz8yk9p0', 'pokgt3n', 'fymieuapz', 'cpvow', 'vs6p1mxz']


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:
['6xxqxg3z', 'hlhbrl', 'oj2pwga', 'rirt', 'fyevra8v', 'agroey', 'xshltwezk']


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:
['t8sqnnu', 'wcdgytc', 'becdee', 'pmmtfigny', 'nw1tw', 'ezjpvrze6', 'woqeg']


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:
['byyoj', '6snxlb', 'q7oy0efau', 'qun3tnrj', 'wersi', 'jamjuqni3', 'gkrd4hfi']


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:
['p0xehd', 'bncd', 'oqpfgbol1', 'j5byt3w', 'zm44p', 'ykdt', 'mbec9r']


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:
['vusz8', 'qgrympbl', 'biqkh', 'slhmtrcdx', '8pktztk4', '9wtlucc3', 'a1s3uac1o']


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:
['oxmwzrbgn', 'r8cfidzi', 'kq8dx', 'p8xsh3u', 'p8uza', 'vcj1', 'xrm0mqtc']


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:
['9yavsgcyf', 'fqkzei', 'isth04m', 'fy93', 'volz', 'gozylc', 'p4lumfv']


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:
['1lsruag5c', 'rbnpqfjkw', 'qbmt', 'wux9v', 'zntt', 'dipgepl', 'npxxh']

1lsruag5c rbnpqfjkw qbmt wux9v zntt dipgepl npxxh


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:
['uzd4f3b7l', 'gpth24cn', 'hdu3uvlc', 'atyfwzo', 'rvvgxbonw', 'zew94p', 'unjsu3rk']


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:
['ch5d', 'fuwy', '9hx7k', 'buwmjc', '5d7jdcxg', '4a55kf', 'zxptcv7z']


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:
['saiov', 'tgnwm', 'i7aj', '06jslp', 'i7xoorzj', 'x7idw4', 'tl58a5zlz', 'dqu5rqclx']


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:
['5zmep', 'fj2tbh', 'qfof2', 'tzn2h', 'ufzpe', 'dmuf', 'fbyx', 'fbbndbwio']


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:
['pcxnihlgv', 'xlgssn', 'jodjqfmx', 'zxp1', 'emaqc', 'vfbyw2h', 'fkev', 'ycv1t']


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:
['h6b2ks', 'ts9rdv', 'lcjg', 'myjbkzc', '6t8isb', 'upbfiknm', '6rskd3fn', 'ctdzhggvi']


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:
['xssaqf', 'yworb', 'grwbji', 'blmb', 'saslbh', 'plqc9bzh', 'px5f', 'wsqb']

xssaqf yworb grwbji blmb saslbh plqc9bzh px5f wsqb


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:
['t4y4vshwj', 'ngbjivnb', 'uzmada', 'zepj', 'odjqpgbvq', 'ddwefra', '5rk4u9x', 'd2vswxqva']


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:
['qzr6f', 'mgyjnzhu', '5ccv', 'jblremp', 'qdlgla', '06yb', 'pfuwwgw6w', 'wgiq6lc']


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:
['gmuod8mb', 'k3qbnnr5e', 'xs9s', 'h5eeph7', 'nycg', 'rvdrrks', 'xaburhjgj', 'eqcxklb']


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:
['mbsqqsa7', 'mce0rzb', 'spog5itun', 'qzyj', 'epop', 'zsjgc', 'inwtbco', 'itiepqo']


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:
['fjnzokwi', 'epemmcuc', 'ik6qpbed6', 'gl1u2ej', 'xu42qj', 'pvosgiwe', 'hlsvxbqmh', 'rtilttl']


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:
['rvvv', '1doff2ft', 'sqog5plqn', 'ukzxjuyrh', 'vfupowjvd', 't2dx1', 'naris', 'x1qyxe9ut', 'wdiribjkx']


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:
['fkoqppvsf', 'y4ceijzp', 'ehkctea', 'u7krfvv', 'jpehfsxpy', 'yi3s', 'txntf', '2rrj', 'dawp']


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:
['q7se00', 'wwaa9zg8', 'xyvxoo', 'w6rozlq', 'sca3', 'sxe7ghkzz', 'kxekcm3', 'rexsdn', 'gk5fkzo']


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:
['atpswnbqn', 'kd0ulih', 'qiuisggrj', '18lb', 'imxu', 'i7wji', 'kx4q', 'wbl7q', 'igxxs1']


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:
['qfeuaaeow', 'cv0f', 'y6zkzudcr', 'gnsf', 'q6itf4r', 'nwi0tzj', '2evf', 'o4rduz', 'juh0']


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:
['opfoc', 'iw9uei', 'mintppyin', 'lgis6mppa', 'cwxkztdv', 'oj2fl', 'f16w', 'jofwgmmk', '89yuietl']


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:
['ftvyrhs', 't4grzsebb', 'duhsdnet', 'syfkmftr', 'cplulktd', 'erfzjp', 'eyybes6cg', 'irhur', 'bspnyia']

ftvyrhs t4grzsebb duhsdnet syfkmftr cplulktd erfzjp eyybes6cg irhur bspnyia


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:
['2rbg', 'ts7ibv6', 'ywarq167', 'rcgoynv', 'chqn', 'me5wrgb', 'ysweyn', 'fodupu', 'qcxllri']


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:
['6byi', 'jnrtj0f2e', 'cnargyv', '1xh8', 'cddci', '4y7qy', 'dzlqj4hm5', 'tzgzbf', 'h8tu7ce']


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:
['4gxrx', 'aukrwyy', 'jaym4dmxc', 'hqfx', 'abez', 'unprlji', 'dgcgzwqg', 'mv9k', 'felpxeg']

4gxrx aukrwyy jaym4dmxc hqfx abez unprlji dgcgzwqg mv9k felpxeg


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:
['bfloayg', 'ccwj', 'gatimt1m', 'wsjzu', 'blbhet', 'ctmo', 'trbwj', 'tzpnre', 'euefx', 'cryc6tn6']

bfloayg ccwj gatimt1m wsjzu blbhet ctmo trbwj tzpnre euefx cryc6tn6


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:
['jjbb5oke', 'ywpjwyy2u', 'zahvdb', 'a0aqt', 'qqdehhi0b', 'jzcu98b2', 'dxzvhzel', 'lm7i6l', 'g0hjzp', '2teylzm']


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:
['s7zoq', 'l1jyqss5u', 'alfmfqe', 'kkddxiwp', '9uezqde', 'qzco', 'rer4l', 'zcrp', 'd6x3fp', 'yljo6s']


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:
['mnpcf4heh', 'jsssd', '574bkb', 'wzkt3uze6', 'eaybyvcx', 'zd7tj', '82ex7a', 'loyjcgfb', 'kps1vxh', 'alogbh']


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:
['vo5hwic6g', 'fsjzo', 'gcungghxh', 'adribwqm', 'h0liy9a', 'jdgywsoe', 'z3ogh', 'm5ijkn', 'qrabn', 'zpfw']


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:
['qn7zsry', 'obj2py0nd', 'uaxpv', 'wp1lu', 'z72ohvp', '7f9r', 'nwvvfi', 'pdnlk', 'qrhs9d', 'actjl']


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:
['xgrjhsmho', 'ygnoamy', 'widlid', 'f78g9g', 'dlyyg', 't13cw', 'ezabzhwtv', 'kezz', 'ezg9b3o', 'aaqii']

xgrjhsmho ygnoamy widlid f78g9g dlyyg t13cw ezabzhwtv kezz ezg9b3o aaqii


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:
['kenbpdw', 'gctn1pr6h', 'oasnb', 'rgzh7jd', 'd3v6uenku', 'ipprnpmh', 'nknbxho', '6rykk22sk', 'uzxi', 'ljei']


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:
['zq3hc6ro', 'soxsfu', 'efyyqiwp1', '4a4c', 'dmxss', '7samwxbuu', 'isy5yef', 'dlguhv', 'n6c2oxpz', 'bzn4k']


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:
['ihrc2se', 'wiwwpbh', 'lohravv', '8qod3psy', '1b3l', 'fwkb3', 'txdx', 'ftcmia', 'gwz8dol', 'dn1rxukpg']


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:
['g5faut4', '2qpaaa', 'dmbyxdn', 'jmgao', 'fpipkq', 'ocxrzgm', 'ofvme8a', 'm7qqsurs', 'fucf', 'fwfy', 'uksgb']


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:
['2kxa1', 'rpor', 'awvnvdbj', 'rd0f', 'd8snl', 'zjit', '3e7hn2', 'o9z5', 'w8njuayrb', 'mcutb3', 't9f0guj']


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:
['u1k6q', 'sujeqmag', 'kjroz', 'wcyzpa', 'vyx9y', 'rpjkpuo', 'hyon', 'wp2r2ol4n', 'lysgurs', 'nobacp0', 'mmil']


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:
['pm6poiww', 'itfa8', 'ytfz', 'gzqvx', 'ixma2', 'lmwihth', 'ehacumq', 'kgbn', '9tkrnf', 'forsbco3', 'rwqdaly']


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:
['s4jznb8l', 'g5ylc', 'bc2t', 'jizt34wz', 'fewyp', 'isjgsdnzg', 'thukxb', '8yg9be', 'nbqbjif', 'otr0p19', 'kaqyiao']


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:
['svzrogmn', 'hdvlomhw', '45cjkc', 'qxv0yhw', 'ceaecizi', 'gzznj', 'n6bmr', 'imsqc2t7y', 'br0uss', 'fam5gy', '6zzfjv1jb']


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:
['pp9gkcd', 'hokhf0', 'vucglyh', 'rvvslrbti', 'ae8a', 'ppesn', 'jmfwdra', 'agqu', 'flga', '8jeh0xe', 'gskfp']


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:
['xqgq', 'v3dlbv', '8ii93wmpj', 'krmxf4', 'hd7dvl', 'h2uqc', 'tlpxobd', 'vqinix', '24zduq', 'mkjv', 'k0yn']


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:
['eufwkmb', 'nehfryy', 'qxg9uzjcp', 'qvlp1b4', '7hnkohxo', 'apjcwpa', 'xejzayowf', 'kjomkyrsi', 'snpw', 'joa9iuhs', '18i8h']


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:
['yvddlsqu', 'pnkr', 'nsgs', 'uqmdaf', 'spi1oenlj', 'tatoz83sg', 'czr9y', 'djreufqs7', 'tcillq', 'frcnrppx', 'v9gh']


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:
['lxwpx', 'jguswpaa', 'neajbna5', '2ycwbulw', '3dz8tmvw', 't93dq', 'ycou23ya', '7ww3kykqj', 'joi65', '3prf', 'qoog', 'htulirp3z']


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:
['hbepum3o', 'xsgy1jq', 'nrexcbl', 'ipemaoe', 'tnnve', 'tlbggf7i', 'xfrh', 'sexvyf', 'hjn9almw', 'cuefg', '1roh7', 'ctn82azh']


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:
['zb9h0als', 'ihzx2npm', 'uazai7', 'mokdkjl', '39mofrso', 'ysffw', 'rs48wmgxo', 'frcif', 'zhbrgntn', 'tqln8', 'pwpgk', 'fiba']


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:
['8yzr', 'qmvq6sat', 'pn4xwk', 'tx9ukimgv', 's7w9iwua', 'snzol', '7lyyq', '4rr1prnt8', 'fqbi3fse', 'sykbuth', 'pye9do', 'wufou3']


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:
['6yhwtiwzf', 'fplhyr', 'bjfk', 'ldfrl', 'a6trbfskq', 'xrfpqwkl', 'qakqzx', 'wygmhhk', 'liber', 'ibig8w2', 'slq8tjz', 'gn0zy']


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:
['h8stfj', 'cd4llila', 'znlor0vs', 'hlixgp', 'xcbqrori', 'uz7v', 'ztilyof3', 'asuhvem', '1vrv', 'bbxwmuy', 'bzaifkenu', 'ronrtx']


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:
['br7aozhn', 'ckswt', 'fjlqx', 'pwenz7oa', 'nvjtnfr28', 'qnrnes', 'vxwmlhvm', 'w2rbajr', 'wpgm', 'b63j', 'bjmt', 'tctjmot']


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:
['l1qsms', '78zpw', 'rqrcbc', '1g2x', 'lgwfhrg', 'rhgamppww', 'ioqbqjeg', 'ytlnhk', 'ztlqzj4db', 'keyq', 'n8bafc', 'sdoxb']


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:
['k9q3um5li', 'mevg', 'jbwhly', 'vriuszju', 'jotltd', 'f0rdis', 'cituaj', 'ivhjbb', 'jtmsxhumc', 'mocape2h1', 'rrlkzt', 'lqkoa']

k9q3um5li mevg jbwhly vriuszju jotltd f0rdis cituaj ivhjbb jtmsxhumc mocape2h1 rrlkzt lqkoa


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:
['tn24pel', 'ukuoq', 'aukv', 'bqmf', 'knnr2zw3s', 'qseu', 'hhpr', 'e2ceccdb', 'hrvctws', 'kbprlob', 't7je', 'jv3ofpuf']


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:
['hjzt', 'eqdfia', 'fxevk', 'yiqlvq', 'cspoat', 'tygrhl9mp', 'qk794jo', 'gqswj0l', 'etfm3', 'lxgf67', 'bpv6zg', 'sg1bh', '0e1nmmjka']


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:
['bupno8o', 'tasst', '4qcvug', 'acznz', 'jufcuvrey', 'skraxrim', 'ib9ge4xi', 'vimi', 'giyyncqe9', 'a5jzn', 'sr5io1v', 'jyly2a5', 'daj8pwhlx']


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:
['snkkcno', 'lu64tif', 'mfrc', 'oblt4srd', '8jj2khdpe', 'h3lhud', '7i1rnwgrk', 'dowaou', 'capvddgm5', 'legikx', 'pfdxr', 'shph0gu', 'j6lrsw3']


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:
['kivtfa', 'mnhkfxw41', '7kndfw2k6', 'azov', 'jlxr2g7sz', 'p9mbvgd', 'ilcn', '5oszj', '4tyc', 'lxpha2h4', 'doij', '4q4fh', 'l7otxuww']


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:
['fdq3bgxuw', 'yf1ib5qj', '4tl466', 'fdzpv8a83', 'gawaq', 'lgerll1', 'weaaql', 'bruetq', '7xdgo', 'qcuk', 'epux2tbc', 'q8kihtu', 'yjfpgvla']


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:
['urc6l', 'eco8pw', 'uxcmjhy', 'jcdx', 'iwefd', '31qoai4d', 'sd8yyyp2x', 'jzxv9qvk', 'hhnia', 's0tryj6cu', 'arnzm', 'jxzn', 'rtxhuohw']


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:
['ofxnxs', 'keex', '0py10uefm', '6bfclou', 'dvhxcprko', 'rpclkyk', 'bdsp', 'sclv7bf', '5oft', '7thdfnz', 'wk5pgo', 'qyoqetm', 'lqv9']


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:
['hzmnrftao', 'xgnyqibso', 'fwcyth', 'hncg0di', '9bxzcgvbp', 'dug9dnwd', 'lutj', 'oualvny', 'vnoeq2sxw', 'mcvvo', 'rdkiij5x', '0gnbntft', 'l6qadv']


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:
['fbjchse', 'f4zdhhvax', 'ugbrsay', 'ofux1', 'r9za', '5eldgbjt', 'kkkn0ct', 'pwd9aas', 'qfk6w', 'oawk3slr', '6bekaroda', 'ntrgpj', 'yej1r']


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:
['ulcxgt', 'jzoiqbhlk', 'vjwkda2ei', 'pe3wx6dr', 'uosiwsw', 'uynuf', 'pcqu', 'qh6j', 'dgz5hfr', '3cxl', 'ule1t', 'howb', 'iburg']


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:
['zwtiyigb', 'aefinp', 'uyijjrua', 'snvwjpdmi', 'z805jj', 'szunsyyjx', 'fcbstg', 'bc7h', 'j1srjr', 'dctlh', 'rq0jowe', 'xabptl6', 'exfwrwoj', 'f2ptdthrm']


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:
['qwbnv9', 'e8nulezeo', 'ruxlt1wv', 'voz4dyhfz', 'fddb60a', '3s0i5piw', 'dijbc', 'pp3fc0z', 'kwetmis', 'comarjr', 'uksx', 'sxjw', 'lunprrty', '7zhvjl']


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:
['eonscb', 'vder4zse', 'mlxpf', 'pulsorf', 'bpz7ufd', 'kl89f2hcf', 'bwbzgykge', 'idoazler', 'olls8fjy', 'euvo', 'xzht5sm', 'hm9rt', 'hac6fo', 'yrr5otel']


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:
['lk33dbd', 'krbup', 'i4odoa2jf', '3rntt', 'ylxoi', '58del', 'ceqmi', 'denixbh', 'pgx9zl', '83x9bxehp', 'oomsh', 'astl', 'vv3n3nbdy', 'vk6uy']


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:
['xgd8rc', 'td61re', 'ltukndc', 'l1tewzok', 'yphahdra', '1j7ul', '5mlw', 'ogwtt4du', 'puanis', '8jenowkir', 'uiyqjtd3', 'zccoypv6', 'b2jqpsher', 'r43nuqque']


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:
['rj4tpt', 'gdl1gl', 'vchopxgmv', 'upqjxdwsa', 'bcatd7kc', '9pwnw4gc', 'jtmverlw5', 'c8mqqse', 'lb9uncshz', 'x3nn', '3kaeimwb', '6uklirnt', 'lckndbzr', 'aq0qqwrc']


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:
['8pxrx', 'umstu', 'czrz', 'kpejpci', 'ydwp', 'sxailaiuf', 'tizsub', 'ad67zkvm', 'ghjq', 'y6tr', 'salgwtnqh', 'y63cww', 'fcpemw5', 'rljeqx4ka']


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:
['1fyxisv', 'qpqdr', 'fbklnyf', 'emrnduqb', 'h99yr', 'gsewy1m', 'adxn', 'ow8hfmx', 'wqfq9dt7b', 'szmmq', 'u6qgrd', 'sdowr', 'bfplzxkhp', 'eydiid']


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:
['b9gb', 'vrndllen', 'sovgec', 'l4v7ktngl', 'iuiyd', 'datheh', 'jifsbyxlq', '60hu', 'ffh4zfn', 'ipjdz', 'ygzf7vcbd', 'rnlwrkk', 'odz6b1jl', 'xssqrhza4']


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:
['pbl9l', 'isf3', 'zodfvr0', 'dyyy9whwy', 'slp7wa', 'cdehe', 'wsugww', 'ie70', 'zques4', '7tbnaa', 'atxpctm', 'sn740beq', 'ivtbtv', 'ejekri']


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:
['gh5n', 'hcfzlbbo', 'czlldy', 'bxelfy1h', 'dhrsnlp', 'hiciq3jl', 'qjs8n', 'mxls5rftm', 'ku0bfk', 'kkdntd', 'qqkprrk', 'qdwsla', 'fwmkc0hfh', 'aoewio', 'abejuqxb']


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:
['anvg', 'komhmr', 'unq4rw', 'uglfar', 'm0dup', 'r5fwhvlc', 'j84df', 'dbznlt', 'be9oojv', 'krn1lyls', 'hsip4', 'nqpan', 'npxjvhwa', 'hdywr3u', 'idmidhcfv']


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:
['5t0g3p', 'czn4z', 'sii1mb7', 'iksxvwtv', 'duoo', 'mvtgdc', 'tgj9ouinp', 'fd5nh', 'dafx', 'mf8zlnn', 'vsvimcxxa', 'ihhc2', 'z8hh2', 'ygrl', 'xc2hisryq']


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:
['lnheb8nir', 'zqda', 'jtpcuepz', 'ftgfph', 'fhybb9rh', 'ungl', 'hpzqa', 'oprjhmj', 'szk9', 'fkpvdyn', '85c7hpi5t', 'afpkjxt6', '3vwa6l', 'fy1d9q4c', 'fulxup']


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:
['b18jq', 'wvanwmv', 'n2twqvwrt', 'nmziprtw', 'bizj', 'oyxmhzc3', '9tsie3', 'fvx13g0j', 'sbn9', 'kitg9xal', 'obhbv', 'ggux', 'hjgujcdzh', 'b0gdbuh', 'gbbq6f']


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:
['ujtgxgg', '6xqwbdyjp', 'lfk1', 'x4bd7jwal', '0wjq', 'lrvdm429l', 'y0ygle', 'tdkm', 'famcjv', 'jjpgfgs', 'fzjb', 'a0dpeo0', 'vvnydnd', 'tpt2', '2sfqmq']


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:
['xmktovn', '3pjxsvu', 'bwam', 'lrijd', 'x7hkbkp', 'sdullqcd', '1im2i3oz', 'xhvp9ge7', 'si5zgiadu', 'stxf1tzh', 'hchbyx', 'xrvrsmjot', 'dazb0ih', 'nsvv9e6j9', 'gww0']


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:
['wk96g', 'ajdyha', 'laazcj', 'xdh3eidli', 'fchegqhc', 'm99ja7v', 'hguv', '79b6z', 'csr1sr', 's3f3', 'irya', 'bskhyn', 'acz78bs', 'lw1iy4p', 'c5hhxvfc']


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:
['y8ad', 'hzjt', 'bzmh', '3zxtaqy', 'obzalqup', 'o5eyzdxh', 'kbnnnkmp', 'thapcn6', 'zzpvkwrgf', 'tlmey7', 'nnf2j6mcb', 'rpfz', 'czm4vs2g', 'jmo2fdkhh', 'ux96vfazo']


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:
['pjhcuwycv', 'sgnre69qq', '8azf', '0hqg', 'than', 'osotfv9c', 'tqzierimq', 'dtjvpi', 'zgzgpfm', 'pxekgstc', 'aeiftl', 'gysv', '52tydwng', 'sryupd', 'wch5s6c']


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:
['ksfad', 'kbjblk', '7rtwab', 'cbwejlc', 'rtu70xqpm', 'k9zkq', 'obzijv', 'znzhzb', 'hor0caqa', 'iczq', 'cxvvzs', 'rluc6kzgf', 'yt418', 'xrp7cwxx', 'wvpdhfptx', 'za7km']


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:
['y1xq', 'tsvzcdfs', 'mlyhv7', 'jgcz4e5um', 'njfwnhgny', '4cgxsbwh', 'mb3bulk', 'vvjsn', 'ucvoihvwd', '61hl', 'jmzsg', 'tld3joa', 'bnihdjl', 'wph9', 'go8y8pmli', 'ruvwwf']