(a) Given the Boolean expression F(w,x,y,z) = wy'z + x'y'z+w'xy+wx'y+wxy. Design the circuit using 81 MUX...

    

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(a) Given the Boolean expression F(w,x,y,z) = wy'z + x'y'z+w'xy+wx'y+wxy. Design the circuit using 8×1 MUX block diagram and the needed logic gates. Show all working steps. (i) Draw the truth table (ii) Draw the circuit using 8×1 MUX block diagram (b) Perform the following arithmetic operations. Show all steps. (i) 26.147+15.337 [2 marks] [2 marks] [1 mark] (ii) Subtraction by having addition of A - B whereby A=42, and B=13 using the signed-2's- complement representation in 8-bit. [2 marks] (c) Perform the multiplication of two 4-bit unsigned binary numbers based on flowchart given below. Show all steps. [3 marks] Multiplicand (M) = 510 Multiplier (Q) = 910 No START CA O M+Multiplicand Q+Multiplier Count-n Q=1? Yes Count=09 C.A-A+M Shift C, A. Q Count Count-1 Yes END Product in A. Q Activat Go to Set (a) Given the Boolean expression F(w,x,y,z) = wy'z + x'y'z+w'xy+wx'y+wxy. Design the circuit using 8×1 MUX block diagram and the needed logic gates. Show all working steps. (i) Draw the truth table (ii) Draw the circuit using 8×1 MUX block diagram (b) Perform the following arithmetic operations. Show all steps. (i) 26.147+15.337 [2 marks] [2 marks] [1 mark] (ii) Subtraction by having addition of A - B whereby A=42, and B=13 using the signed-2's- complement representation in 8-bit. [2 marks] (c) Perform the multiplication of two 4-bit unsigned binary numbers based on flowchart given below. Show all steps. [3 marks] Multiplicand (M) = 510 Multiplier (Q) = 910 No START CA O M+Multiplicand Q+Multiplier Count-n Q=1? Yes Count=09 C.A-A+M Shift C, A. Q Count Count-1 Yes END Product in A. Q Activat Go to Set

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The images youve provided contain a question which is given in three parts a b and c and a flowchart related to part c of the question Due to the visual nature of parts of the question lets discuss ea... View the full answer