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2-Dimensional Projectile Motion * Part 1: Design the experiment to get the initial velocity of the projectile. submit Wed. Define how to accurately determine the initial velocity of the projectile. You cannot use automated equipment such as a motion sensor. HINTS: 1. Read the introduction. You can use the equations of motion 2. Review/recall labs you've completed 3. You can adjust the angle of the projectile launcher 4. You can adjust the height of the projectile launcher 5. The projectile launcher has a built-in protractor to measure the initial angle of the projectile 6. You can use a meter stick 7. You can use a stopwatch 1. What are the raw measurements you will make? Ball fairly answers Colo raph. on the 2. How may data points will data points will you need to be sure your initial velocity is accurate? Justify the number. d. 3. What is the experimental set up? Make sure to describe how the experiment will be performed, the measuring devices, diagrams, etc. such that anyone can understand what you will measure, how you will measure it, and what will be done to collect data. Write a step-by-step procedure. Include empty data tables that will be filled in. 4. What equations, values, graphs, or other analysis will you need perform? How will you calculate the initial velocity from the raw measurements? Be clear and provide step-by-step instructions so anyone can follow the calculations. Page 5 of 8

2-Dimensional Projectile Motion * Part 1: Design the experiment to get the initial velocity of the projectile. submit Wed. Define how to accurately determine the initial velocity of the projectile. You cannot use automated equipment such as a motion sensor. HINTS: 1. Read the introduction. You can use the equations of motion 2. Review/recall labs you've completed 3. You can adjust the angle of the projectile launcher 4. You can adjust the height of the projectile launcher 5. The projectile launcher has a built-in protractor to measure the initial angle of the projectile 6. You can use a meter stick 7. You can use a stopwatch 1. What are the raw measurements you will make? Ball fairly answers Colo raph. on the 2. How may data points will data points will you need to be sure your initial velocity is accurate? Justify the number. d. 3. What is the experimental set up? Make sure to describe how the experiment will be performed, the measuring devices, diagrams, etc. such that anyone can understand what you will measure, how you will measure it, and what will be done to collect data. Write a step-by-step procedure. Include empty data tables that will be filled in. 4. What equations, values, graphs, or other analysis will you need perform? How will you calculate the initial velocity from the raw measurements? Be clear and provide step-by-step instructions so anyone can follow the calculations. Page 5 of 8

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Objective: use a projectile launcher to see how far we can launch a ball by using angles and height. Answers the following questions below by using that information please!!!

2-Dimensional Projectile Motion * Part 1: Design the experiment to get the initial velocity of the projectile. submit Wed. Define how to accurately determine the initial velocity of the projectile. You cannot use automated equipment such as a motion sensor. HINTS: 1. Read the introduction. You can use the equations of motion 2. Review/recall labs you've completed 3. You can adjust the angle of the projectile launcher 4. You can adjust the height of the projectile launcher 5. The projectile launcher has a built-in protractor to measure the initial angle of the projectile 6. You can use a meter stick 7. You can use a stopwatch 1. What are the raw measurements you will make? Ball fairly answers Colo raph. on the 2. How may data points will data points will you need to be sure your initial velocity is accurate? Justify the number. d. 3. What is the experimental set up? Make sure to describe how the experiment will be performed, the measuring devices, diagrams, etc. such that anyone can understand what you will measure, how you will measure it, and what will be done to collect data. Write a step-by-step procedure. Include empty data tables that will be filled in. 4. What equations, values, graphs, or other analysis will you need perform? How will you calculate the initial velocity from the raw measurements? Be clear and provide step-by-step instructions so anyone can follow the calculations. Page 5 of 8
Transcribed Image Text:2-Dimensional Projectile Motion * Part 1: Design the experiment to get the initial velocity of the projectile. submit Wed. Define how to accurately determine the initial velocity of the projectile. You cannot use automated equipment such as a motion sensor. HINTS: 1. Read the introduction. You can use the equations of motion 2. Review/recall labs you've completed 3. You can adjust the angle of the projectile launcher 4. You can adjust the height of the projectile launcher 5. The projectile launcher has a built-in protractor to measure the initial angle of the projectile 6. You can use a meter stick 7. You can use a stopwatch 1. What are the raw measurements you will make? Ball fairly answers Colo raph. on the 2. How may data points will data points will you need to be sure your initial velocity is accurate? Justify the number. d. 3. What is the experimental set up? Make sure to describe how the experiment will be performed, the measuring devices, diagrams, etc. such that anyone can understand what you will measure, how you will measure it, and what will be done to collect data. Write a step-by-step procedure. Include empty data tables that will be filled in. 4. What equations, values, graphs, or other analysis will you need perform? How will you calculate the initial velocity from the raw measurements? Be clear and provide step-by-step instructions so anyone can follow the calculations. Page 5 of 8
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