Write a test bench to test your code with the following cases You will need to fill in the expected ALUCtrl for the given inputs before you proceed. Remember that your code must be synthesizable. Use $monitor or $display commands to print the inputs (ALUop, FuncCode) and theoutput (ALUCtrl) values for each test case. Demonstrate your program to the TA.

Ir at sea level and 30°c and 50% relative humidity flows at a rate of 1 kg/s through a cooling coil that has an apparatus dewpoint of 10°c. the air leaves the coil at 15°c. determine the following: 3.1)- relative humidity of the air leaving the coil; 3.2)- moisture content of the air leaving the coil; 3.3)- sensible heat factor; 3.4)- total heat transfer rate; 3.5)- sensible heat transfer rate 3.6)- latent heat transfer rate