Objective: In this laboratory experiment, you will test and understand the working of a 7408 AND gate integrated circuit (IC) using a practical approach. The input will be manipulated via switches and the output will be visually presented through an LED. Problem Statement: The AND gate is one of the basic digital logic gates, which provides an output high only when all its inputs are high. The 7408 IC is a well-known example of quad 2-input AND gate, consisting of four independent gates each of which performs the logic AND function. The purpose of this laboratory exercise is to verify the truth table of the AND gate using the 7408 IC. You are required to construct a simple circuit with the 7408 AND gate, using switches as the input and an LED to visualize the output. When the switches ar manipulated, the output should be observed and recorded. The goal is to validate the function of the AND gate according to its theoretical operation: the LE should only illuminate when all switches connected to a particular AND gate are in the ON position. Tasks: 1. Understand the pin configuration of the 7408 AND gate IC. 2. Design a circuit where the 7408 IC is powered, with the inputs of a single gate connected to switches and the output connected to an LED. 3. Test all possible input combinations, observing and noting the LED state for each. 4. Compare the results with the expected results based on the AND gate truth table. Deliverable: You are expected to present a lab report containing a schematic diagram of your circuit, a record of the output for each combination of inputs, and a discussion comparing your empirical findings with the theoretical expectations. You should deliver a report including the following: 1. Problem Statement 2. Truth Table 3. Circuit Diagram 1 Chips Diagram FRIEN