This project is worth $1\mathrm{.}5$ points. There is an opportunity for $2\mathrm{.}5$ points total. The points are calculated as

follows:

$1.$ Correctly implement an up$/$down base$-6$ counter using T$,$ SR$,$ or JK flip flops with x controlling its

up$/$down behavior and connect it to a seven$-$segment display: $1\mathrm{.}0$ points.

Note that to receive points from this behavior, it must connect to a $7-$segment display using a $7-$

segment display driver built by you and use the x input below to control its direction.

$2.$ Correctly implement an up$/$down base$-10$ counter using T$,$ SR$,$ or JK flip flops with x controlling its

up$/$down behavior and connect it to a seven$-$segment display: $1\mathrm{.}0$ points.

Note that to receive points from this behavior, it must connect to a $7-$segment display using a $7-$

segment display driver built by you and must use the x input above to control its direction.

$3.$ Correctly implement an up$/$down base$-60$ counter with x controlling its up$-$down behavior using the

two circuits above: $0\mathrm{.}5$ points.

You should use the two counters above. Instead of using a clock for both, analyze when the most

significant digit $($the base$-6$ counter$)$ should update, i$.$e$.,$ going from $0000$ to $1001$ when x is $0$ or from

$1001$ to $0000$ when x is $1.$

The count must not depend on a reset$$that is at any point, the pin$$s state can be changed and the count

accumulation will change