Question 2: Assume that the first instruction is stored at address of 8 while registers originally...

    

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Question 2: Assume that the first instruction is stored at address of 8 while registers originally store values of two times their numbers (i.e., register $50 stores value of 32). a) What are the values of Instruction memory input and output when executing the sw instruction? b) What are the values of Register inputs when executing the Iw instruction? c) What are the values of ALU inputs and outputs when executing beq the first and the last time? e) What is the instruction count (IC) of the above sequence? 5 L1: addi $t0, $t0, 2 beq $t0, $t1, L1 sw $t0, 100 ($s0) lw $t2, 100($s0) Question 2: Assume that the first instruction is stored at address of 8 while registers originally store values of two times their numbers (i.e., register $50 stores value of 32). a) What are the values of Instruction memory input and output when executing the sw instruction? b) What are the values of Register inputs when executing the Iw instruction? c) What are the values of ALU inputs and outputs when executing beq the first and the last time? e) What is the instruction count (IC) of the above sequence? 5 L1: addi $t0, $t0, 2 beq $t0, $t1, L1 sw $t0, 100 ($s0) lw $t2, 100($s0)

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