An \(\rm 8-to-1\) multiplexer is used to implement a logical function \(\rm Y\) as shown in the figure. Then the output \(\rm Y\) is given by

\(\rm Y = \bar A\bar BD + A\bar BC\)

\(\rm Y = A\bar BC + A\bar CD\)

\(\rm Y = \bar ABC + A\bar BD\)

\(\rm Y = AB\bar C + \bar ACD\)

An \(\rm 8-to-1\) multiplexer is used to implement a logical function

1.	An \(\rm 8-to-1\) multiplexer is used to implement a logical function \(\rm Y\) as shown in the figure. Then the output \(\rm Y\) is given by
A.	\(\rm Y = A\bar BC + A\bar CD\)
B.	\(\rm Y = \bar ABC + A\bar BD\)
C.	\(\rm Y = AB\bar C + \bar ACD\)
D.	\(\rm Y = \bar A\bar BD + A\bar BC\)
Answer» D. \(\rm Y = \bar A\bar BD + A\bar BC\)