Objectives:

Our goal is to develop a working knowledge with float$-$point operations and representation by using MIPS $32$ ISA. As a supplement to the lecture material, this assignment supports developing the skills through a series of assembly programming exercises.

This includes:

Floating$-$point data representation and I$/$O

Floating$-$point arithmetic operations

Required environment setup:

Qtspim

Assignment $2(10$ marks$)$

Q$1-$ Write instructions that implement the following high$-$level C code:

float $B=4\mathrm{.}87$;

float $M=2\mathrm{.}6$;

float $N=6\mathrm{.}17$;

float $C=3\mathrm{.}0$;

float $R=((-M**N)+(M-B))+C$;