Question: #1. Assume a 32-bit instruction format that allows 32 different op codes. How many bits are available for addressing in this format? #2. Draw side-by-side

#1. Assume a 32-bit instruction format that allows 32 different op codes. How many bits are available for addressing in this format?

#1. Assume a 32-bit instruction format that allows 32 different op codes.

#2. Draw side-by-side flow diagrams that show how the Little Man executes a LOAD instruction and the corresponding CPU fetch-execute cycle. (Hint: Slide #24 of the Chap. 7 slides shows this diagram for a STORE instruction; make the necessary modification to both columns of the diagram to accommodate a LOAD instruction.)

Bit 31 Op Code Address Field Enough bits here to allow for 32 different op codes So how many bits are left over for addressing

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