Bits as operation codesLater in the course, you will study in some depth how certain bits in computer instructions are used as codes to let the computer know which operation to perform. For example, one code might indicate that an addition should be performed, whereas another code might indicate that a compare for equality should be performed. In this exercise, you design, construct, and test a circuit that performs this kind of function. Your circuit has three inputs and a single output. The first two inputs are used as codes to indicate what should be done to the third input to produce the output. There are four possibilities for the two-bit codes: 00, 01, 10, and 11. We'll use the codes as follows:(1) If the first two input values are 0 (code 00), the output should be 0, no matter what the third input is. Here, the function of the circuit becomes a set-to-zero function on the third input.(2) If the first input is 0 and the second is 1 (code 01), the output should be the same as the third input. The function of the circuit is the identity function on the third input.(3) If the first input is 1 and the second is 0 (code 10), the output should be the negation of the third input.(4) If the first two inputs are 1 (code 11), the output should be 1 no matter what the third input is. The function is a set-to-one operation. Download the document lab_08_04.docx. Using the document complete the following. Make a truth table that gives the appropriate output values according to this discussion, write the corresponding Boolean expression, construct the circuit with the simulator, and test the circuit by checking the output values for each setting of the switches. Include a screenshot or drawing of the circuit in the document. Once you have completed the table, save your file with your last name in the file name (Example: lab_08_04_Jones. doc). To upload and submit your assignment, click the Choose File button below to find and select your saved document.