5) Given the CPU diagram below give the value at each labeled location in the CPU after 5 clock cycles given the following instructions:

assume all registers have values that are equivalent to the numeric value of the register, so $s0 has 16, $s1 has 17 and so on. All memory addresses have values that are equal to their address + 100. Assume

add $t1, $t3, $t4 lw $s2, 4($s3) Label: sub $s5, $s3, $s4 sw $t5, 8($t3) beq $t4, $t3, Label

5) Given the CPU diagram below give the value at each labeled location in the CPU after 5 clock cycles given the following instructions: assume all registers have values that are equivalent to the numeric value of the register, so $50 has 16, $s1 has 17 and so on. All memory addresses have values that are equal to their address + 100. Assume add $t1,$t3, $t4 lw $s2, 4($s3) Label: sub $55, $s3, $S4 sw $t5, 8($t3) beq $t4, $t3, Label ITED DEX M CE D ha Men Tood H Gry Pogle Pad ALU 1 1 Bala We A 11 G n D E: F: G H T: J: 5) Given the CPU diagram below give the value at each labeled location in the CPU after 5 clock cycles given the following instructions: assume all registers have values that are equivalent to the numeric value of the register, so $50 has 16, $s1 has 17 and so on. All memory addresses have values that are equal to their address + 100. Assume add $t1,$t3, $t4 lw $s2, 4($s3) Label: sub $55, $s3, $S4 sw $t5, 8($t3) beq $t4, $t3, Label ITED DEX M CE D ha Men Tood H Gry Pogle Pad ALU 1 1 Bala We A 11 G n D E: F: G H T: J