mostly need problem 2 and its steps

Problem #1: Design an 8 to 3 priority encoder such that highest priority is given to input 0 (10). Problem #2: This problem involves the design of a bit sliced ALU (Arithmetic and Logic Unit). The ALU is capable of several Arithmetic and logic functions, depending on the select code. A B; 3 S.S.S. 000 001 linta ALU BIT SLICE lin-1 function Complement A Add A,B A-B Shift A left Shift A right A and B Axor B A or B Outiti (ith module) 010 011 100 101 110 111 Out. Out Step 1: Complete the following table. Out-1 Out1 (AiBi) lin-1+AIBI Out) A Ai Bilin, ele S25,50 000 001 010 011 100 101 110 111 Step 2: Show hardware interconnections of one ALU BIT SLICE. Step 3: Show module interconnections for a 4-bit ALU. Problem #1: Design an 8 to 3 priority encoder such that highest priority is given to input 0 (10). Problem #2: This problem involves the design of a bit sliced ALU (Arithmetic and Logic Unit). The ALU is capable of several Arithmetic and logic functions, depending on the select code. A B; 3 S.S.S. 000 001 linta ALU BIT SLICE lin-1 function Complement A Add A,B A-B Shift A left Shift A right A and B Axor B A or B Outiti (ith module) 010 011 100 101 110 111 Out. Out Step 1: Complete the following table. Out-1 Out1 (AiBi) lin-1+AIBI Out) A Ai Bilin, ele S25,50 000 001 010 011 100 101 110 111 Step 2: Show hardware interconnections of one ALU BIT SLICE. Step 3: Show module interconnections for a 4-bit ALU