How do I build this circuit based on the truth table and instructions? Please help!

1. The next state output is four bits (next state will be 0 to 9): NS3, NS2, NS1 and NSO. These depend on Op (a MIPS opcode, which is six bits long) and the current state (s3, s2, s1, so). Simplified truth tables are in the ZyBook, Figure 7.8.5: S3 S2 S1 a. The truth table for the NS3 output, active when the next state is8 or 9. This signal is activated when the current state is 1 Op1 S3 S2 S1 b. The truth table for the NS2 output, which is active when the next state is 4. 5. 6, or 7. This situation occurs when the current state is one of 1. 2. 3. or 6 Opl S2 S1 c. The truth table for the NS1 output, which is active when the next state is 2.3, 6. or 7. The next state is one of 2. 3, 6, or 7 only if the current state is one of 1. 2. or 6 Opl 53 S2 S1 d. The truth table for the NSO output, which is active when the next state is 1. 3. 5. 7.or 9. This happens only if the current state is one of O. 1. 2, or 6 1. The next state output is four bits (next state will be 0 to 9): NS3, NS2, NS1 and NSO. These depend on Op (a MIPS opcode, which is six bits long) and the current state (s3, s2, s1, so). Simplified truth tables are in the ZyBook, Figure 7.8.5: S3 S2 S1 a. The truth table for the NS3 output, active when the next state is8 or 9. This signal is activated when the current state is 1 Op1 S3 S2 S1 b. The truth table for the NS2 output, which is active when the next state is 4. 5. 6, or 7. This situation occurs when the current state is one of 1. 2. 3. or 6 Opl S2 S1 c. The truth table for the NS1 output, which is active when the next state is 2.3, 6. or 7. The next state is one of 2. 3, 6, or 7 only if the current state is one of 1. 2. or 6 Opl 53 S2 S1 d. The truth table for the NSO output, which is active when the next state is 1. 3. 5. 7.or 9. This happens only if the current state is one of O. 1. 2, or 6