1.

2. Select X or Y

3. 34. 5.

Below is the truth table for the 1-bit full adder. How many 1's in the column for CarryOut How many 1's in the column for Sum Below is the logic gate implementation for the 1-bit full adder, where A and B are the individual bits of input numbers and Ci is the carry-in bit, X and Y are the outputs. MIPS 32-bit ALU Below is the logic gate implementation of MIPS 32-bit ALU. Give the 4-bit binary numbers for the four ALU control lines [1-bit Ainvert, 1-bit Bnegate, 2-bit Operations] for functions listed in the table below. The answers must be in the format of xxxx, where x is a binary bit. Below is the table that demonstrate the operations of the ALU for different values of ALU control signal. Fill in the missing numbers in the table. - Give 2-digit hexadecimal numbers for the following labels in the table (in the format of xx ) - F1= - G1= - H1= - I1= - J1= - Fill in 0 or 1 for the following labels in the table - F2= F3= - G2= G3= - H2= H3= - 12= 13= - J2= J3= Fill in the missing values in the following Excitation Table for JK flip-flop. Answers must be 0,1 or x Below is the truth table for the 1-bit full adder. How many 1's in the column for CarryOut How many 1's in the column for Sum Below is the logic gate implementation for the 1-bit full adder, where A and B are the individual bits of input numbers and Ci is the carry-in bit, X and Y are the outputs. MIPS 32-bit ALU Below is the logic gate implementation of MIPS 32-bit ALU. Give the 4-bit binary numbers for the four ALU control lines [1-bit Ainvert, 1-bit Bnegate, 2-bit Operations] for functions listed in the table below. The answers must be in the format of xxxx, where x is a binary bit. Below is the table that demonstrate the operations of the ALU for different values of ALU control signal. Fill in the missing numbers in the table. - Give 2-digit hexadecimal numbers for the following labels in the table (in the format of xx ) - F1= - G1= - H1= - I1= - J1= - Fill in 0 or 1 for the following labels in the table - F2= F3= - G2= G3= - H2= H3= - 12= 13= - J2= J3= Fill in the missing values in the following Excitation Table for JK flip-flop. Answers must be 0,1 or x