Write a program in MIPS assembly language that realizes the following functionalities:

(1) Prompt a message in the “Console” to ask for an integer. (It is assumed that the input type is correct, i.e., the input must be an integer.)

(2) Capture the input and store the number in a register.

(3) Use your own algorithm to convert the value stored in the register. (Note that you may store the output as a string or in an array.)

(4) Print out the results (i.e., the binary number, quaternary number and octal number) on the console.

(5) Ask if the user wants to "Continue" by inputting either “1” or “0” (1=Yes and 0=No).

(6) If “Yes”, repeat steps “(1)” to “(5)” again.

(7) If “No”, terminate the program properly.

The following is a sample of input and output of the program:

Enter a number: (assume the user inputs 23)

Input number is 23

Binary: 00000000000000000000000000010111

Quaternary: 0000000000000113

Octal: 00000000027

Continue? (1=Yes/0=No) (assume that the user inputs 1)

Enter a number: (assume the user inputs 24)

Input number is 24

Binary: 00000000000000000000000000011000

Quaternary: 0000000000000120

Octal: 00000000030

Continue? (1=Yes/0=No) (assume that the user inputs 0)

 

Transcribed Image Text:

Find and simplify f (x + h). f(x)=3-4x Find and simplify f (x + h). f(x)=3-4x