Question

__________ is generally faster than _________ and _________.

a) First fit, best fit, worst fit
b) Best fit, first fit, worst fit
c) Worst fit, best fit, first fit
d) None of these

Answer 1

Best fit is generally faster than first fit and worst fit in terms of efficiency in memory allocation algorithms. while first fit allocates the first available block of memory that is large enough and worst fit allocates the largest available block of memory. Therefore, in terms of efficiency, best fit is generally faster than first fit and worst fit.

Step-by-step explanation:

Best fit is generally faster than first fit and worst fit. In computer science and computer programming, the terms best fit, first fit, and worst fit refer to different memory allocation algorithms. Best fit allocates the smallest block of memory that is still large enough to fit the requested amount, while first fit allocates the first available block of memory that is large enough and worst fit allocates the largest available block of memory. Therefore, in terms of efficiency, best fit is generally faster than first fit and worst fit.

In computer science and computer programming, the terms best fit, first fit, and worst fit refer to different memory allocation algorithms. Best fit allocates the smallest block of memory that is still large enough to fit the requested amount, while first fit allocates the first available block of memory that is large enough and worst fit allocates the largest available block of memory.