Please with explaination

And how i work step by step

7. Experimental work Step 1-Full Adder Verilog Code 1. Create a Verilog code that designs the functions of a full adder a. Compile your Verilog HDL source file using Quartus b. Test and verify the operation of your circuit using a test bench. c. Save the waveform output, and submit it to Moodle. d. Create a symbol for your full adder, and save it in your project director Step 2- Adder and Subtractor Circuit 2. Create a block diagram that does the function of adding or subtracting 3 bit numbers. a. Compile your Verilog HDL source file using Quartus, targeting it for Altera Cyclone IVE /V b. Test and verify the operation of your circuit in a waveform file. c. Save the waveform output, and submit it to Moodle. d. Implement your design on the FBGA board. Test and verify the operation of your circuit, and demonstrate it to your lab instructor. i. Connect your inputs (A2, A1, A0) and (B2, Bl, BO) to switches 12 17. Connect your input selector M to switch 0 i. Connect your outputs (S2, S1, and S0) to LEDs G7, G6, and G5. Connect you Carry-out (C3) to LED G4 Below is a summarized connected to on your FBGA board. block diagram of your outputs and inputs and the devices it should be SW(B2) SW(A2) SW(B1) SW(AI) SW(CO) 3- bit Adder-Subtractor circuit LEDI(C3)LED(S2) LED(SO) LEDI(SI)