COMPUTER ARCHITECTURE cs301

INSTRUCTION TO SOLVE THIS SECTION B: THE BELOW LINK IS THE TUTORIAL FOR HOW TO SOLVE FLOATING POINT CALCULATIONS USING ASSEMBLY LANGUAGE:
https://chortle.ccsu.edu/AssemblyTutorial/Chapter-…
SOTWARE REQUIIRED IS QTSPIM
SUBMISSION INSTRUCTIONS: You are required on google drive. Your folder must include the following
1. Executable code , example(add.s)
2. Code in word document
3. Input and outputs screen short.
Q1- Write a MIPS 32 Assembly program that implements the following high-level C code:
float B=7.8 ;
float M=3.6;
float N=7.1;
float R = (- M * N) (M-B);
Q2- Implement the following C code in a complete MIPS 32 assembly language program. Substitute calls to syscall print float for the printf() function calls:
float X;
float Y;
if( X < Y )
printf(“X is lowern”);
else
printf(“X is not lowern”);

Run the program three times, each time assigning two values to X and Y that test your program’s logic. Choose the pairs of numbers from the following table:
1 7210260.5
2 7210272.15
3 9210720.2
4 9210059.25
5 11110029.3
6 12117021.4
Submit both your assembly code and sample output along with the chosen pairs from the above table. (one screen-shot of the output)
Q3: Area of a circle
Write a MIPS32 Assembly program that prompts the user for the radius of a circle. Calculate and display the circle’s area. Use the syscall procedures to read and print floats. Use PI as : 3.14159265359
Q4: Quadratic Function
Write a MIPS32 Assembly program to implement the following quadratic function: F(x) = 3×2 2x 8
The program should get the value of x from the user and then solve the equation and print the value of
F(x) to the console. Use the syscall procedures to read and print floats.