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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Q. The MIPS instruction addi $s1,$s2,100. can be simplified into

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Q. MIPS instructions are consisted of

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Q. When the CALL instruction is executed during program then out of 40bits of instruction the OFFSET takes

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Q. For checking, that the register $s2 is less than 15, we can write as

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Q. For executing java byte code the software interpreter used is

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Q. For jumping to the location 50 of the memory MIPS has instruction

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Q. Give equation that describes a branch on register $s0 being equal to register $s1 is

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Q. The expression srl $$s1,$s2,10 represents the

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Q. Library that allows a library for loading and linking at runtime, only when program invokes it, is known as

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Q. If a comparing instruction and branch instruction uses some architectures, to treat these comparisons chooses as

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Q. Devices that are being used primarily for database, file server, and mostly for Web applications are known as

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Q. Displacement addressing mode will have the example

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Q. Addressing mode which is set to index arrays, is applied to indexed addressing mode, in computers is

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Q. One successful architecture which is very different from RISC is the

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Q. Address sizes for displacement mode, is to be at least

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Q. Some architectures of the computer strongly support a decimal format, typically called

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Q. Accesses to objects being larger than a byte, must be

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Q. When the control change is unconditional, then the instruction we use is

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