2. For the following instructions, use the Data Memory (RAM) table below. Draw what the memory...

Transcribed Image Text:

2. For the following instructions, use the Data Memory (RAM) table below. Draw what the memory looks like "after" each instruction is executed. You don't have to draw the whole table, just draw what changed. Treat each instruction separately, meaning after a), reset the RAM back to the way it was. Show all work! ADDRESS R3 R4 0x44AC 0x44AE a. ADD.W @R4, R3 DATA 0xC72D 0x44AC 0x643E OxA1F2 b. AND.W #0xF2AC, 2 (R4) c. BIS.W &0x78B2, R4 d. BIC.W #0xAAAA, R3 e. RRA. W R3 2. For the following instructions, use the Data Memory (RAM) table below. Draw what the memory looks like "after" each instruction is executed. You don't have to draw the whole table, just draw what changed. Treat each instruction separately, meaning after a), reset the RAM back to the way it was. Show all work! ADDRESS R3 R4 0x44AC 0x44AE a. ADD.W @R4, R3 DATA 0xC72D 0x44AC 0x643E OxA1F2 b. AND.W #0xF2AC, 2 (R4) c. BIS.W &0x78B2, R4 d. BIC.W #0xAAAA, R3 e. RRA. W R3

Answer rating: 100% (QA)

To visualize the changes in the Data Memory RAM table after each instruction we will use a simplifie... View the full answer