We assume the linear relation between a program's consumed clock cycles and its number of elements. We have two implementations for the same functionality. We know that: (a) implementation A satisfies...

Answer fast final exam 5 marksWe assume the linear relation between a program's consumed clock cycles and its number of<br>elements. We have two implementations for the same functionality. We know that: (a)<br>implementation A satisfies the equation C = 6*E+ 124, where C is the clock cycles and E is the number<br>of elements; (b) implementation B consumes 95 cycles when it has 10 elements and consumes 185<br>when it has 20 elements. Which implementation is faster?<br>O it depends<br>Implementation A<br>They are equally fast<br>O Implementation B<br>

Extracted text: We assume the linear relation between a program's consumed clock cycles and its number of elements. We have two implementations for the same functionality. We know that: (a) implementation A satisfies the equation C = 6*E+ 124, where C is the clock cycles and E is the number of elements; (b) implementation B consumes 95 cycles when it has 10 elements and consumes 185 when it has 20 elements. Which implementation is faster? O it depends Implementation A They are equally fast O Implementation B

Jun 05, 2022
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