Explain how the beq operations using 32 1-bit ALU's from below

Also, fill in the following table using the 4-bit control line provided.

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9) This 1-bit ALU can perform AND, OR, Add, Sub, NOR, and NAND operations. Binvert Carryln Result 0 2 FIGURE C.5.9 A 1-bit ALU that performs AND, OR, and addition on a and b or a and ?.?? selecting a (Ainvert 1) and b (Binvert I), we get a NOR b instead of a AND b. Combine CarryIn and Binvert into a single control line called Bnegate 4-bit control line that represents -bit Ainvert 1-bit Bnegate 2-bits Operation Think about how the different operations are achieved and fill the following table using the 4-bit control line from above (Enter 0 or 1) Ainvert Function AND OR Add Sub NOR NAND Bnegate ation 10) Explain how the beq operation is performed using 32 1-bit ALU's from above. What are the various control lines set to? (Hint: a-b-0 implies a-b) 9) This 1-bit ALU can perform AND, OR, Add, Sub, NOR, and NAND operations. Binvert Carryln Result 0 2 FIGURE C.5.9 A 1-bit ALU that performs AND, OR, and addition on a and b or a and ?.?? selecting a (Ainvert 1) and b (Binvert I), we get a NOR b instead of a AND b. Combine CarryIn and Binvert into a single control line called Bnegate 4-bit control line that represents -bit Ainvert 1-bit Bnegate 2-bits Operation Think about how the different operations are achieved and fill the following table using the 4-bit control line from above (Enter 0 or 1) Ainvert Function AND OR Add Sub NOR NAND Bnegate ation 10) Explain how the beq operation is performed using 32 1-bit ALU's from above. What are the various control lines set to? (Hint: a-b-0 implies a-b)