a. How many bits would a memory address have to have to make every address referenceable? z12928 1G -3 = 48bds b. How many bits of the machine language instruction are left for the op code? z16-212928=49216 c. Based on the opcode length, how many operations could be supported by the computer? 15 operandons

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SA 2. Suppose you know your computer memory has 212928 addresses and that its
machine language instructions are 64 bits long and contain 3 memory locations each.
(5 points)
a. How many bits would a memory address have to have to make every address
referenceable?
zi2928
16 -3 = 48bids
b. How many bits of the machine language instruction are left for the op code?
z16 - 212928=49216
c. Based on the opcode length, how many operations could be supported by the
computer?
15 oparadons
Transcribed Image Text:SA 2. Suppose you know your computer memory has 212928 addresses and that its machine language instructions are 64 bits long and contain 3 memory locations each. (5 points) a. How many bits would a memory address have to have to make every address referenceable? zi2928 16 -3 = 48bids b. How many bits of the machine language instruction are left for the op code? z16 - 212928=49216 c. Based on the opcode length, how many operations could be supported by the computer? 15 oparadons
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