Hi! I was hoping I could just get help with Part 1 a). I cannot understand what it is asking for. If you could help explain it to me, I'd greatly appreciate it! Thanks!

Before coming to the first lab session, complete the following tasks: Generate a truth table showing inputs vs outputs for the given circuit specifications. Use the truth table to produce SoP (sum of products) and PoS (product of sums) equations, where minimization is recommended but not required o o In this lab, you will design a circuit to display the pattern shown below on a seven-segment display. The circuit uses 3 binary inputs, S2,S1and S0. to produce eight different outputs on the seven-segment display. You will use the 74LS163 to generate the 3-bit binary input. Your 7 segment display should be configured for active-low operation. That is, a low voltaewill turn on an LED segment while a high voltage will turn the segment off. Therefore, your circuit outputs will be active-low x1 X2 S2S1So 000 001 010 0 100 101 110 111 (dark or red segment "LED on", light or white segment "LED off) Figure 1.Animation pattern MAX 10 Figure 2. Connections between the 7-segment display HEX0 and the MAX1O FPGA (DE10-Lite User_Manual p. 28) Before coming to the first lab session, complete the following tasks: Generate a truth table showing inputs vs outputs for the given circuit specifications. Use the truth table to produce SoP (sum of products) and PoS (product of sums) equations, where minimization is recommended but not required o o In this lab, you will design a circuit to display the pattern shown below on a seven-segment display. The circuit uses 3 binary inputs, S2,S1and S0. to produce eight different outputs on the seven-segment display. You will use the 74LS163 to generate the 3-bit binary input. Your 7 segment display should be configured for active-low operation. That is, a low voltaewill turn on an LED segment while a high voltage will turn the segment off. Therefore, your circuit outputs will be active-low x1 X2 S2S1So 000 001 010 0 100 101 110 111 (dark or red segment "LED on", light or white segment "LED off) Figure 1.Animation pattern MAX 10 Figure 2. Connections between the 7-segment display HEX0 and the MAX1O FPGA (DE10-Lite User_Manual p. 28)