A full adder function is given in Figure 1(a). Implement this function using decoder 74x138 given in Figure 1(b) and any appropriate gates. Assigned and label data input, enable inputs, and the full adder output clearly on Figure 1(b).

How to store (1050000)10 in register $s0? Write down the instructions that stores the data in $s0 register.

16) Answer each of the following with reference to the overfill alarm program shown in the figure below. a. Assume that the vessel is filling and has reached the 300-lb point. State the status of each of the logic rungs (true or false) at this point. b. Assume that the vessel is filling and has reached the 480-lb point. State the value of the number stored in each of the following words at this point: (1) I:012 (2) N7:1 c. Assume that the vessel is filled to a weight of 502 lb. State the status of each of the logic rungs (true or false) for this condition. d. Assume that the vessel is filled to a weight of 510 lb. State the value of the number stored in each of the following words for this condition: (1) I:012 (2) N7:1 18 e. With the vessel filled to a weight of 510 lb, state the status of each of the logic rungs (true or false). Inputs Ladder logic program Ouputs Fil Stop Start Full solenoid L2 Fill Fil solenoid solenoid Fill Filing solenoid Filing Full Ful GEQ GREATER THAN OR EQUAL…

d) Calculate the noise margins for a logic gate with the following logic levels: VIL = 1.0 V, VIH = 3.7 V, VOL = 0.4 V, VOH = 4.4 V.