Design, Simulate, and Implement a 4:2 Priority Encoder with Comprehensive Documentation Objective: Your Week 2 lab will design a 4:2 priority encoder, simulate it in CircuitVerse, and then physically implement the design on a breadboard. You will document each stage of the process, including creating a truth table, the CircuitVerse schematic, and photographs of your breadboard setup. Background: A 4:2 priority encoder is a digital circuit with four input lines and two output lines. It compresses the input signals into a smaller number of outputs, with a priority given to the higher-numbered inputs. This project will help you understand the practical applications of digital logic in encoding systems. Requirements: Truth Table: Start by creating a truth table for a 4:2 priority encoder. This table should detail all possible input combinations and their corresponding output values, considering the priority of each input. Circuit Design in CircuitVerse: Use CircuitVerse to draw the schematic of your 4:2 priority encoder based on the truth table. Ensure your design includes an 'Enable' input and LED indicators for input and output visualization. Breadboard Implementation: Transfer your CircuitVerse design onto a breadboard. Carefully place the digital logic ICs, wires, and LED indicators as per your schematic. Testing