Swapping two variables using the PUSH/POP technique avoids the use of

1.	Swapping two variables using the PUSH/POP technique avoids the use of an extra C variable.TrueFalse1 pointCompared to the technique of swapping C variables using the PUSH/POP assembly code,the one that swaps using a temporary C variable uses more memory locations on the stackTrueFalse1 pointAn unoptimized C code translation to assembly language results in several redundant statements in some casesTrueFalse1 pointThe declaration (without initialization) of a variable in a C program results in an equivalent statement being generated in assembly languageTrueFalse1 pointIf the increment operation is performed on a pointer variable, the compiler is responsible to map it to the correct number of additional bytes based on the data type of the pointer variableTrueFalse
Answer» ANSWER: I think it is true that it does not use the VARIABLE C

Swapping two variables using the PUSH/POP technique avoids the use of an extra C variable.TrueFalse1 pointCompared to the technique of swapping C variables using the PUSH/POP assembly code,the one that swaps using a temporary C variable uses more memory locations on the stackTrueFalse1 pointAn unoptimized C code translation to assembly language results in several redundant statements in some casesTrueFalse1 pointThe declaration (without initialization) of a variable in a C program results in an equivalent statement being generated in assembly languageTrueFalse1 pointIf the increment operation is performed on a pointer variable, the compiler is responsible to map it to the correct number of additional bytes based on the data type of the pointer variableTrueFalse

Answer»

I think it is true that it does not use the VARIABLE C