Need help to build the LU circuit

The Arithmetic Logic Unit is a combinational circuit that makes up an important part of the CPU. As discussed earlier, we learned that a simple ALU consists of two major subciruits: an arithmetic unit (AU) and a logic unit (LU). We have previously created the arithmetic unit; in today's lab, we will build the logic unit and combine the two subcircuits together to create the final ALU circuit. The Logic Unit (LU): The logic unit of the RSC must be able to perform the following logic operations for two 32-bit registers called A and B: A AND B, A OR B, Right Arithmetic Shift (RAS) on A, and NOT A. Since there are four operations to be performed, we need a code, S1 and S0 again, to specify which operation is to be performed. Your logic unit should operate as follows: S1 S0 Output 00F=AAANDB 0 1 F=AORB 10F=RASA 11F= NOT A A note on the right arithmetic shift: Our operation will shift only one bit to the right. Procedure The Logic Unit: 1. Open Logisim and open your RSC. circ file. 2. Open the Logic_U circuit and add the following 1/O : - Two 32-bit inputs labeled A and B - Two 1-bit inputs labeled $0 and $1 - One 32-bit output labeled Logic_Out 3. Add combinational gates and circuits as needed to make the circuit behave as described above. Note: You may use the shifter when implementing the right arithmetic shift. It can be found under the Arithmetic folder. Remember: our right shift operation shifts only one bit to the right. 4. Test your circuit with the following values: A=ABCD1234 and B=06AE18AD. S1 SO Output should be: 00028C1024 01 AFEF1ABD 10 D5E6891A 115432EDCB