I. Write a code in both MIPS & LC3 assembly that takes two values x and y, then returns: 1. x+y 2. y-x 3. x^y 4. 10 if x == y or x <= 5, 5 otherwise Assume x and y are 2 and 5 respectively. Hence the final values should be: 1. 7 2. 3 3. 32 4. 5   II. Write a high-level language of the equivalent MIPS code:

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I. Write a code in both MIPS & LC3 assembly that takes two values x and y,
then returns:
1. x+y
2. y-x
3. x^y
4. 10 if x == y or x <= 5, 5 otherwise
Assume x and y are 2 and 5 respectively.
Hence the final values should be:
1. 7
2. 3
3. 32
4. 5

 

II. Write a high-level language of the equivalent MIPS code:

I.
Write a code in both MIPS & LC3 assembly that takes two values x and y,
then returns:
1. хty
2. у-х
3. X^у
4. 10 if x =y or x<= 5, 5 otherwise
Assume x and y are 2 and 5 respectively.
Hence the final values should be:
1. 7
2. 3
3. 32
4. 5
II.
Write a high-level language of the equivalent MIPS code:
ADDI $s0, $zero, 5
ADDI $s1, $zero, 10
ADDI $s2, $zero, 15
ADD $s3, $se, $s1
SUB $s3, $s3, $s2
ADDI $to, $zero, 10
BLE $s3, $zero, ELIF
BLT $s0, $te, IF
BGE $s1, $te, ELIF
IF: ADDI $s3, $zero, 1
J FINISH
ELIF: BGE $s3, $zero, ELSE
ADDI $s3, $zero, -1
J FINISH
ELSE :
MOVE $s0, $zero
MOVE $s1, $zero
MOVE $s2, $zero
FINISH:
Transcribed Image Text:I. Write a code in both MIPS & LC3 assembly that takes two values x and y, then returns: 1. хty 2. у-х 3. X^у 4. 10 if x =y or x<= 5, 5 otherwise Assume x and y are 2 and 5 respectively. Hence the final values should be: 1. 7 2. 3 3. 32 4. 5 II. Write a high-level language of the equivalent MIPS code: ADDI $s0, $zero, 5 ADDI $s1, $zero, 10 ADDI $s2, $zero, 15 ADD $s3, $se, $s1 SUB $s3, $s3, $s2 ADDI $to, $zero, 10 BLE $s3, $zero, ELIF BLT $s0, $te, IF BGE $s1, $te, ELIF IF: ADDI $s3, $zero, 1 J FINISH ELIF: BGE $s3, $zero, ELSE ADDI $s3, $zero, -1 J FINISH ELSE : MOVE $s0, $zero MOVE $s1, $zero MOVE $s2, $zero FINISH:
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