Please provide 2 tables, 2 graphs (minimum of half a page), the slopes, and answers to all the analysis questions (in-depth providing an example of the calculations you did). If you provide all of this, I will upvote! Thank you : )

LAB I UNIFORM MOTION PURPOSE: To analyze an object moving with Uniform Motion AND to practice using motion tracking software of your choice, and EXCEL or Google Sheets to produce nice looking Displacement-Time graphs and Velocity-Time graphs. Materials: - Tracker software on your computer - Video camera (phone, tablet or camera) - Smooth ball or remote controlled toy - Flat smooth surface of significant length - Object of know length for scale Procedure: 1) Roll a smooth ball across a flat, low friction surface. Optionally use a remote control car that you can maneuver at a constant speed. 2) Video tape the motion of the moving object. See setup instructions. You only need 1.52 seconds of the object moving at a constant speed, or as close to constant speed as you can get. 3) Analyze the video in Tracker or a similar app in order to extract time and distance data 4) Create a table of data. 5) Create a D-T graph for horizontal motion. Don't forget best fit lines. 6) Create a V-T graph for horizontal motion. Don't forget best fit lines. Analysis Guiding Questions: 1. Did your object exhibit uniform motion? How can you tell? 2. Use your D-T graph (slope) to determine the average velocity of your object in the horizontal direction. Show your work. 3. What does your V-T graph tell you? 4. How would the graphs differ if the object was moving either faster or slower? 5. You didn't create D-T or V-T graphs for the vertical motion, however, sketch one graph for each that shows what you would expect them to look like. You do not need to produce a formal lab report for Lab 1: Uniform Motion. Instead, create a professional looking document that includes only the following: 1. Purpose of this activity 2. Table(s) of your data, neatly formatted in your Word document 3. The created graphs ( 2 graphs) 4. Answers to the Analysis guiding questions, including a single example of each type of calculations you did. Be aware that the remaining labs you do will require a FORMAL LAB REPORT