14,15

D. E. F(x, y, z) = (0, 1,5,7) None of the above [4 marks] 22. Implement this function using a 4-10-1 MUX where the selection lines are x and y respectively. The MUX inputs (lo-13) are: A. 0, 1, z, z C. 0, 1, 0, 1 E. None of the above z, 12 marks] 23. Design this function using a 3 (do, Ii, b) to 8 (Fo, Fi, F2, Fs, Fa, Fs, F and external gates. 6, F-) decoder A. AND (Fi, Fs), AND (F3, Fs), then OR their results with F2 B. OR (F2, F3), AND (F, Fo), then AND their results with F C. AND (F2, F3, Fs, F-) D. OR (F2, Fs, Fs, F7) E. None of the above Page 6 of 8 PS213 midterm 2015, HST D. E. F(x, y, z) = (0, 1,5,7) None of the above [4 marks] 22. Implement this function using a 4-10-1 MUX where the selection lines are x and y respectively. The MUX inputs (lo-13) are: A. 0, 1, z, z C. 0, 1, 0, 1 E. None of the above z, 12 marks] 23. Design this function using a 3 (do, Ii, b) to 8 (Fo, Fi, F2, Fs, Fa, Fs, F and external gates. 6, F-) decoder A. AND (Fi, Fs), AND (F3, Fs), then OR their results with F2 B. OR (F2, F3), AND (F, Fo), then AND their results with F C. AND (F2, F3, Fs, F-) D. OR (F2, Fs, Fs, F7) E. None of the above Page 6 of 8 PS213 midterm 2015, HST