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5. Assume that the variables a and b are stored in memory locations 300 and 301, respectively. Also assume that the three integer values +1, -1, and 0 are stored in memory location 400, 401, and 402, respectively. Finally, assume that the code sequence you are writing begins in memory location 50. Using any of the machine language instructions shown in Section 5.2.4, translate the following algorithmic operations into their machine language equivalents. (20 points total, 2 points for each machine language instruction, and 1 point for each correct memory location) a. Set a to the value of a + b - 1 b. If a > 0 Set b to the value +1

          5. Assume that the variables a and b are stored in memory locations 300 and 301, respectively. Also assume that the three integer values +1, -1, and 0 are stored in memory location 400, 401, and 402, respectively. Finally, assume that the code sequence you are writing begins in memory location 50. Using any of the machine language instructions shown in Section 5.2.4, translate the following algorithmic operations into their machine language equivalents. (20 points total, 2 points for each machine language instruction, and 1 point for each correct memory location)

a. Set a to the value of a + b - 1
b. If a > 0
Set b to the value +1

5. Assume that the variables a and b are stored in memory locations 300 and 301, respectively. Also assume that the three integer values +1, -1, and 0 are stored in memory location 400, 401, and 402, respectively. Finally, assume that the code sequence you are writing begins in memory location 50. Using any of the machine language instructions shown in Section 5.2.4, translate the following algorithmic operations into their machine language equivalents. (20 points total, 2 points for each machine language instruction, and 1 point for each correct memory location)

a. Set a to the value of a + b - 1
b. If a > 0
Set b to the value +1

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