X Digital Logic Design Homework 4 Problem 1: Implement the following logic tuction using decaden and logic gates 86.2) 14 Use a decoder with active-high outputs with an Ogate Use a decoder with active low with NAD te Use a decade with active-high with NO gate Use a decoder with active-low up with AND gate Draw a circuit diagram to represent the solution for each part. Problem 2 implementac) ab + bc using the sto i multiplexer Implement the function with a reconnected to the selection lines of the multiplexe Implement the function with bic reconnected to the selection lines of the multiplexer implement the function with a reconnected to the selection lines of the multiplexer Problem 2: Given the circuit shown below. Find the expension for W.X.X.2) in SOP form. Reply... ... Digital Logic Design Homework 4 Problem 1: Implement the following logic function using decoders and logic gates f(x,y,z) = m(0,1,4,6,7) a- Use a decoder (with active-high outputs) with an OR gate. b- Use a decoder (with active-low outputs) with an NAND gate c. Use a decoder (with active-high outputs) with an NOR gate d-Use a decoder (with active-low outputs) with an AND gate Draw a circuit diagram to represent the solution for each part. Problem 2: Implement f(a,b,c) = ab + bc using the 4-to-1 multiplexer. 3. Implement the function with a&b are connected to the selection lines of the multiplexer. - Implement the function with b&c are connected to the selection lines of the multiplexer. - Implement the function with a&c are connected to the selection lines of the multiplexer. Problem 3: Given the circuit shown below, find the expression for f(W,X,Y,Z) in SOP form. 4.16 10 Dende 1 12 13 14 15 b