ShethArihant/eedi-train-subset-with-negatives

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Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,306	Applies BIDMAS in strict order (does not realize addition and subtraction, and multiplication and division, are of equal priority)
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,586	Misunderstands order of operations in algebraic expressions
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,488	Answers order of operations questions with brackets as if the brackets are not there
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,518	May have made a calculation error using the order of operations
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	1,316	Does not understand that the numerator and denominator of fractions represent groupings and have the same order of priority as brackets
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	871	Does not include brackets when attempting to multiply an expression
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	1,119	Does not interpret the correct order of operations in a fraction when there is an addition on the numerator
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	466	When calculating with numbers in standard form, just applies the operation to the number and the power separately
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,532	Believes order of operations does not affect the answer to a calculation
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	1,432	When factorising into double brackets, believes the sum of the two values in the brackets equals bx rather than b
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,221	Has made an order of operations mistake when writing a formula from a given situation
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	1,005	Carries out operations from left to right regardless of priority order, unless brackets are used
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	1,666	When factorising into single brackets, factorises the first term correctly but subtracts the number outside the bracket with the second term in the expression to find the second term in the bracket
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	1,999	Does not interpret the correct order of operations from a worded problem
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	987	Believes that the order of a worded calculation should be changed to follow BIDMAS
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,131	When multiplying out 2 or more brackets, does not multiply all the combinations of terms
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,202	Thinks we have to add the base numbers as well as the powers when multiplying indices
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	256	Does not reverse the order of operations when solving an equation
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	158	Believes addition comes before indices, in orders of operation
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,143	Adds instead of multiplying when expanding bracket
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	373	Believes you can add or subtract from inside brackets without expanding when solving an equation
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	1,672	Confuses the order of operations, believes addition comes before multiplication
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	1,345	Inserts brackets but not changed order of operation
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	2,010	Does not understand power notation
Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets	1,672	Confuses the order of operations, believes addition comes before multiplication	1,971	Confuses the inverse operations of addition and subtraction when rearranging equations
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	979	Thinks can combine the numerator and denominator after simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	2,398	Thinks you can divide terms by different factors when simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,540	Does not know how to simplify algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,593	When simplifying an algebraic fraction, only looks for number factors
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	363	Only applies a division to one of multiple terms in a numerator when simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	2,307	Thinks you can divide the variables and the numerical values by different numbers when simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	715	Removes the common denominator when making equivalent algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	59	Cannot identify a common factor when simplifying algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	2,078	Simplifies a fraction by adding or subtracting the same amount from the numerator and denominator
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,548	Thinks that a unit fraction can be simplified further
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,825	Does not fully simplify fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	80	Thinks you can ignore the variable when simplifying algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	633	Does not understand how to subtract algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	848	Believes when simplifying a fraction you can divide the numerator and denominator by different values
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	546	After multiplying to get a common denominator, simplifies back to the original fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	885	Thinks they can simplify algebraic fractions by cancelling unlike variables
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	606	Does not understand how to simplify fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,143	Mixes up the terms for the parts of a fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,469	Does not recognise when simplifying a fraction may be helpful
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	257	Uses numerator as whole part of a fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,804	When dividing fractions, multiplies the numerators and multiplies the denominators
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	628	When factorising, finds a factor that goes into only the first term of the expression
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,223	Uses numerators to convert fractions to ratio despite different denominators
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,081	When subtracting fractions, divides the numerators
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	419	When converting a fraction to a decimal, divides the denominator by the numerator
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,540	Does not know how to simplify algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	2,398	Thinks you can divide terms by different factors when simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,593	When simplifying an algebraic fraction, only looks for number factors
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	979	Thinks can combine the numerator and denominator after simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	363	Only applies a division to one of multiple terms in a numerator when simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	2,307	Thinks you can divide the variables and the numerical values by different numbers when simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	59	Cannot identify a common factor when simplifying algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	715	Removes the common denominator when making equivalent algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	2,078	Simplifies a fraction by adding or subtracting the same amount from the numerator and denominator
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,548	Thinks that a unit fraction can be simplified further
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	633	Does not understand how to subtract algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	80	Thinks you can ignore the variable when simplifying algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	885	Thinks they can simplify algebraic fractions by cancelling unlike variables
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,825	Does not fully simplify fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	848	Believes when simplifying a fraction you can divide the numerator and denominator by different values
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	546	After multiplying to get a common denominator, simplifies back to the original fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	606	Does not understand how to simplify fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	628	When factorising, finds a factor that goes into only the first term of the expression
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,469	Does not recognise when simplifying a fraction may be helpful
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	257	Uses numerator as whole part of a fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,143	Mixes up the terms for the parts of a fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,804	When dividing fractions, multiplies the numerators and multiplies the denominators
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,223	Uses numerators to convert fractions to ratio despite different denominators
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	1,081	When subtracting fractions, divides the numerators
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( 1 \)	891	Incorrectly cancels what they believe is a factor in algebraic fractions	419	When converting a fraction to a decimal, divides the denominator by the numerator
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	1,593	When simplifying an algebraic fraction, only looks for number factors
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	2,398	Thinks you can divide terms by different factors when simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	1,540	Does not know how to simplify algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	363	Only applies a division to one of multiple terms in a numerator when simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	979	Thinks can combine the numerator and denominator after simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	1,825	Does not fully simplify fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	2,307	Thinks you can divide the variables and the numerical values by different numbers when simplifying an algebraic fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	59	Cannot identify a common factor when simplifying algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	80	Thinks you can ignore the variable when simplifying algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	1,469	Does not recognise when simplifying a fraction may be helpful
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	2,021	Does not recognise when a fraction can be simplified
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	606	Does not understand how to simplify fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	715	Removes the common denominator when making equivalent algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	848	Believes when simplifying a fraction you can divide the numerator and denominator by different values
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	885	Thinks they can simplify algebraic fractions by cancelling unlike variables
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	633	Does not understand how to subtract algebraic fractions
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	1,548	Thinks that a unit fraction can be simplified further
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	2,078	Simplifies a fraction by adding or subtracting the same amount from the numerator and denominator
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	102	Does not think a factorised expression is equivalent to its multiplied out form
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	1,223	Uses numerators to convert fractions to ratio despite different denominators
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	1,081	When subtracting fractions, divides the numerators
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	1,804	When dividing fractions, multiplies the numerators and multiplies the denominators
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	2,223	When dividing fractions, divides the denominators by each other
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	1,566	Adds or subtracts from numerator first when solving an equation with a fraction
Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) Does not simplify	353	Does not recognise when one part of a fraction is the negative of the other	419	When converting a fraction to a decimal, divides the denominator by the numerator

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,306

Applies BIDMAS in strict order (does not realize addition and subtraction, and multiplication and division, are of equal priority)

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,586

Misunderstands order of operations in algebraic expressions

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,488

Answers order of operations questions with brackets as if the brackets are not there

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,518

May have made a calculation error using the order of operations

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

1,316

Does not understand that the numerator and denominator of fractions represent groupings and have the same order of priority as brackets

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

871

Does not include brackets when attempting to multiply an expression

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

1,119

Does not interpret the correct order of operations in a fraction when there is an addition on the numerator

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

466

When calculating with numbers in standard form, just applies the operation to the number and the power separately

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,532

Believes order of operations does not affect the answer to a calculation

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

1,432

When factorising into double brackets, believes the sum of the two values in the brackets equals bx rather than b

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,221

Has made an order of operations mistake when writing a formula from a given situation

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

1,005

Carries out operations from left to right regardless of priority order, unless brackets are used

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

1,666

When factorising into single brackets, factorises the first term correctly but subtracts the number outside the bracket with the second term in the expression to find the second term in the bracket

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

1,999

Does not interpret the correct order of operations from a worded problem

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

987

Believes that the order of a worded calculation should be changed to follow BIDMAS

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,131

When multiplying out 2 or more brackets, does not multiply all the combinations of terms

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,202

Thinks we have to add the base numbers as well as the powers when multiplying indices

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

256

Does not reverse the order of operations when solving an equation

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

158

Believes addition comes before indices, in orders of operation

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,143

Adds instead of multiplying when expanding bracket

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

373

Believes you can add or subtract from inside brackets without expanding when solving an equation

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

1,672

Confuses the order of operations, believes addition comes before multiplication

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

1,345

Inserts brackets but not changed order of operation

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

2,010

Does not understand power notation

Use the order of operations to carry out calculations involving powers BIDMAS \[ 3 \times 2+4-5 \] Where do the brackets need to go to make the answer equal \( 13 \) ? Does not need brackets

1,672

Confuses the order of operations, believes addition comes before multiplication

1,971

Confuses the inverse operations of addition and subtraction when rearranging equations

Simplify an algebraic fraction by factorising the numerator Simplifying Algebraic Fractions Simplify the following, if possible: \( \frac{1-t}{t-1} \) \( t \)

891