In this lab you are to use Quartus to build and simulate the following circuit which is an arbitrary counter. Note that when you simulate the circuit, you will apply a reset to get the counter into a known state. In this circuit, A is the MSB and C the LSB. After the reset, what state is the counter in this will be the first counting number) V ........ . . . . . . . . . AND2 linst 10 . .AND 2 D inst5.. . .. inst4..... . ... lock INEUT L 1. Determine the Boolean functions for a. A = ------- b. B = ---- c. C = ---- 2. Let the clock signal be a 50 ns, periodic signal and simulate the circuit (Don't forget to reset the circuit to a known state). From the simulation, what is the counting sequence Be sure to print out the circuit and the simulation waveforms. In this lab you are to use Quartus to build and simulate the following circuit which is an arbitrary counter. Note that when you simulate the circuit, you will apply a reset to get the counter into a known state. In this circuit, A is the MSB and C the LSB. After the reset, what state is the counter in this will be the first counting number) V ........ . . . . . . . . . AND2 linst 10 . .AND 2 D inst5.. . .. inst4..... . ... lock INEUT L 1. Determine the Boolean functions for a. A = ------- b. B = ---- c. C = ---- 2. Let the clock signal be a 50 ns, periodic signal and simulate the circuit (Don't forget to reset the circuit to a known state). From the simulation, what is the counting sequence Be sure to print out the circuit and the simulation waveforms