$2$a$-2)1-$bit to $7-$segment Decoder

Design a $1-$bit binary$-$to$-7-$segment$-$display decoder that does the following:

Input signals: $A{o}_0$ and EN

Output signals: A$,$ B$,$ C$,$ D$,$ E$,$ F$,$ G

Each output controls one of the segments of a common $7-$segment display.

A $1($high$)$ will light the segment; a $0($low$)$ will not light the segment.

Operation:

If the display is disabled $($EN is false$),$ show nothing at all $($all off$).$

If the display is Enabled $($EN is true$)$:

When $A_0$ is $1,$ display:

$($segments B and C $)$

When $A_0$ is $0,$ display:

Draw your circuit here:

Can you help me hand draw the circuit