Q. Coping the parameter $a0 into $s2 will be written in assembly instruction as

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Q. Given instructions lw $t0,1200($t1); add $t0,$s2,$t0; sw $t0,1200($t1), are the compiled instruction of expression

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Q. Code for writing byte from the destination can be written as

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Q. The instruction, move $t0, $t1 describes

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Q. Code for reading byte from the source can be written as

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Q. '|' symbol that is used in the logical operation represents the

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Q. Doubling the amount of transistors in every 18 month, is known as

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Q. Operation calculating NOT of the OR can be represented as

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Q. Jumping back to calling routine in MIPS is represented as

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Q. Logical Instructions

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Q. The LINK instruction saved in the $ra register, have PC increment of

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Q. For pointing to the first word of the frame of a procedure, the pointer used is

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Q. The initialization in the For Loop for (i = 0; i < n; i += 1) can be written in assembly language as

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Q. Register + branch address gives you the

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Q. The sum of b and c placing in the variable 'a' as

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Q. The gcc level of the procedure integration, can be calculated as

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Q. In the given expression add t0,g,h; the t0 is a

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Q. The given expression addi $sp,$sp,

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Q. For comparing source and destination; register-memory format command used is

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Q. To set array[i] to 0, we must first get its address, start by multiplying i with

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