An inspection of Table $3\mathrm{.}1$ will show that each instruction takes a specific number of

clock cycles to execute. Use the clock cycle information from Table $3\mathrm{.}1$ to determine the

number of clock cycles it takes to execute all the instructions in delay$\_$asm$().$ Note the

following:

a$.$ The executable instructions run from line $5$ to $9.$

b$.$ Instructions on lines $7$ and $8$ repeat multiple times until R$0==0.$

c$.$ Assume that P $=1$ for computing the number of cycles corresponding to the BNE

instruction.