Let A be a three-bit unsigned number. Use a seven-bit adder (and NOT gates, as necessary)...

Let A be a three-bit unsigned number. Use a seven-bit adder (and NOT gates, as necessary) to design a circuit that calculates the following operations. Note that the output may be assumed as unsigned, unless it is possible for the operation to produce a negative answer, in which case, the output must be correct in 2’s complement:

W = 3A + 1

X = 2A – 17

Y = 40A + 6

Z = 32 – 4A

Expert Solution

Manojponduru answered 2 years ago

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Let A be a three-bit unsigned number. Use a seven-bit adder (and NOT gates, as necessary)...

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