Q$1)$ Performance:

A$)$ The following table shows the execution time of five routines of a program $(25\%)$

Find the total execution time, and how much it is reduced if the time of routines A$,$ C$,$ &

E is improved by $15\%.$

By how much is the total time reduced if routine $B$ is improved by $10\%?$

B$)$ The table below describes the performance of two processors, the rAlpha and the c$86,$

and two compilers on acammon 'benchmark' program. Which is the best compiler$-$

machine combination? $(25\%)$

Q$2)$ MARS Assembler:

Download the assembly program: Fibonacci.asm from this link

htps:$/$courses$.$missouristate. edu$/$KenVollmar$/$mars$/$CCSC$-$CP$\%20$material$/$Fibonacci$.$asm

Assemble & execute it using MARS simulator$/$assembler

Note; The MARS simulator is available to download using this link

htp$-$

$//$courses$.$missourista

te$.$edu$/$kenvolimar$/$mars$/$downlogd$.$htm

List the first & last address of the text segment. $(20\%)$

First address:

Last address:

Screenshot or type the output of the program $(10\%)$

What are the values of the following registers after you run the program? $(20\%)$