Assuming the following values for each register, what is the…

Assuming the following values for each register, what is the value of each register after this MIPS code segment has executed. Do not include any approximations that would occur when representing floating point numbers in binary. # Initial Values $f2 = 15.6 $t1 = 6 # Code to be executed mtc1 $t1, $f1 div.s $f1, $f2, $f1 floor.w.s $f3, $f1 mfc1 $t3, $f3   # Final Values? $f1 = [f1] $f2 = [f2] $f3 = [f3] $t3 = [t3]

Write the following IEEE 754 single precision floating point…

Write the following IEEE 754 single precision floating point number as a binary floating point number.   11000011 00100011 11101000 00000000 Enter answer in binary, no spaces, no leading or trailing zeros. Do not include the base. Include the radix point and – if it is a negative number.

The following instruction set will be compared using a pipel…

The following instruction set will be compared using a pipeline and non-pipeline execution.   InstructionFetch REG ALU DataAccess Reg 25 ps 10 ps 20 ps 15 ps 10 ps How long would 100 instruction sets take for a 5-stage non-pipeline compared to a pipeline version?  Nonpipeline Speed: [non] Pipeline Speed:  [pipeline]