IN THE $0-23$ RANGE $(00,01,02,..09,10,11,......22,23,00,01,...)$ Design a counting BCD $($Decimal$,$ decimal$)$ counter using the counter $1$ element with a block diagram on the side. EN is the enable input. If it is the most active, the counter works in the defined mode, and if it is passive, the counter does not change the status. LD $($load$)$ is the parallel load input, which is the priority input. If the UP logic is zero $(0),$ the counter counts down and $1$ counts up$.$ CO normally drops to logic $1,$ and when counter outputs are $1111,$ it decreases to logic $0.$Only drawing a block$/$circuit diagram is not enough. Properly explain how you designed the circuit