Question: Can you do 4 & 5 4) Use AND, OR, NOT, and/or XOR gates to design a circuit to implement R 5) Assume that we
4) Use AND, OR, NOT, and/or XOR gates to design a circuit to implement R 5) Assume that we need to store the subtractor's two output bits, R and K, to a Dual D flip-flop memory (register) chip. In the following figure, please make appropriate wire connections to make it work. You can ignore the CLR and PR pins. +5V Clock In 1-bit full subtractor GND GND a Dual D flip-flop memory (register) chip
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