Design a circuit with three inputs x, y, and z representing the bits in a binary number, and three outputs (a, b, and c) also representing bits in a binary number. When the input is 0, 1, 6, or 7, the binary output will be the complement of the input. When the binary input is 2, 3, 4, or 5, the output is the input shifted left with rotate. (For example, 3 = 011 outputs 110; 4 = 100 outputs 001.) Show your truth table, all computations for simplification, and the final circuit.

응 Question 5: You have a 4-bit data input into your circuit. Your inputs are the data bits d3...d0, where d3 is the MSB and d0 is the LSB. You plan to design a circuit that tells you if the number is greater than 6 (BLUE LED is ON), You also want to know if the number is less than 9 (GREEN LED is ON). Clearly, if the number is in between, both LEDS can be ON. a) Draw the truth table for both LEDS (output). Call the outputs G, B. b) Draw 2 K-Maps for your G, B LEDS. Do not simplify. c) Simplify both K-Maps and write Boolean expression for G = f(d0, d1, d2, d3) B = f(d0,d1, d2, d3) 00 01 'p'p 11 °p'p Ow 00 01 10 m2 m14 m10 9m, d3 d2 d1 BLUE (B) GREEN (G) OP

Answer the question B, no need to answer A

dont use others answers show your work step by step