5. Comparison between shift right arithmetic (sra) and shift right logic (srl) (2 points) 5.1. Suppose...

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5. Comparison between shift right arithmetic (sra) and shift right logic (srl) (2 points) 5.1. Suppose we have OxFFFFFFCO, and we interpret this value in 2's complement, which means MSB is used for sign. What is the value in base-10? And after dividing the value in base-10 by 16 (=2^4). What is the division result in base-10? Show your derivation. (5 points) 5.2. Suppose that $t0 has the value OxFFFFFFCO. After running "sra $t0, $t0, 4", express the value in $t0 register in hexadecimal (base-16) and base-10. (5 points) 5.3. Suppose that $t0 has the value OxFFFFFFCO. After running "srl $t0, $t0, 4”, express the value in $t0 register in hexadecimal (base-16) and base-10. 5. Comparison between shift right arithmetic (sra) and shift right logic (srl) (2 points) 5.1. Suppose we have OxFFFFFFCO, and we interpret this value in 2's complement, which means MSB is used for sign. What is the value in base-10? And after dividing the value in base-10 by 16 (=2^4). What is the division result in base-10? Show your derivation. (5 points) 5.2. Suppose that $t0 has the value OxFFFFFFCO. After running "sra $t0, $t0, 4", express the value in $t0 register in hexadecimal (base-16) and base-10. (5 points) 5.3. Suppose that $t0 has the value OxFFFFFFCO. After running "srl $t0, $t0, 4”, express the value in $t0 register in hexadecimal (base-16) and base-10.

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