1pt) Problem 10A Let us assume that a 4 bit ALU is implemented in hardware. How many diagrams, similar to the one in Problem 1, are needed for the implementation? Why? Answer: [ 2pts) Problem 10B Let us assume that numbers 0110 and 0001, are the 2 inputs, to the 4 bit ALU. (Note: 0110 is the 1st input number) (Note: 0001is the 2nd input number) From the 2 numbers above, change the font to green, of the bits that go as inputs to the top, 1-bit-ALU From the 2 numbers above, change the font to red, of the bits that go as inputs to the bottom, 1-bit-ALU - 2 pts) Problem 10C_Let us assume that the operation is set less than and the two inputs are the numbers given in Problem 10B. What would be the result of the operation (set less than) in binary? Explain why the answer is this number. Answer in Binary: Explanation: [ 3 pts) Problem 10D Let us assume that the operation is set less than and the two inputs are the numbers given in Problem 10B. What would be the output of all full adders together? (Give the answer in decimal as well as binary) Explain why the answer is this number. Answer in Decimal: Answer in Binary: Explanation: [ 4 pts) Problem 10E In order to implement in hardware, the set less than instruction, 1 extra input (to the 1 bit ALU, shown in Problem 1) is needed. Explain the values of all these extra inputs, when the operation is set less than