Group #: Name: 1. CISC 1003 2. Fall, 2023 Section EW6 3. Unit B - Lab Assessment Instructions: 1. For each project, first create an algorithm describing in detail how the robot solves the problem step by step. Write your algorithm in plain English as a numbered list of executable steps. Then create a corresponding VEXcode VR program and test it to make sure it works. 2 . Submit your finished two projects as five files: 1) one PDF file containing the algorithms for the two projects 2) two PDF files for the two project programs 3) two . vrblocks files for the two project programs. Project #1: (Use Grid Map playground.) The following figure shows a right triangle with the angles and the ratio of each side given. Program the robot to use the red pen to draw this triangle with any size of your choice for x. 60 2x 1x 30 1.73x Project #2: (Use Grid Map playground.) Program the robot to move to a position defined by two variables (x, y) representing the coordinates of the destination position. The robot is initially located at the lower-left corner of the playground (-900, -900). You should first create the two variables (x, y) on the VEXcode VR programming environment. Then in your program you should initialize (x, y) to the coordinates of the destination position of your choice. Your program, once run, will drive the robot to the position specified by the coordinates (x, y). Test your program by initialize your destination coordinates to (0, 900), (0, 0), and then (900, 0) respectively. Run the program to see if the robot will move to the above three positions respectively. Page 1