Pre-lab Quiz for Acceleration on an Incline Lab_ PHYS-1101-002.pdf

2/12/24, 2:23 PM Pre-lab Quiz for Acceleration on an Incline Lab: PHYS-1101-002 https://alamo.instructure.com/courses/1501659/quizzes/4084400 1/18 Pre-lab Quiz for Acceleration on an Incline Lab Due Feb 12 at 11:59pm Points 20 Questions 13 Available Feb 5 at 2pm - Feb 12 at 11:59pm Time Limit None Allowed Attempts 3 Instructions Attempt History Attempt Time Score LATEST Attempt 1 (https://alamo.instructure.com/courses/1501659/quizzes/4084400/history?version=1) 5,906 minutes 20 out of 20 Score for this attempt: 20 out of 20 Submitted Feb 12 at 2:23pm This attempt took 5,906 minutes. This quiz contains the pre-lab questions for this lab and should be completed before your scheduled lab time, if not at least on the same day. You are given three (3) attempts to complete this quiz and it should keep your highest score . Please consult the attached lab procedure in this module to help you complete this quiz. You may collaborate with your classmates or lab group to finish it together. If you have any further questions about it, then you may contact either the Physics tutors or your lab instructor themselves. Take note that some of the answers to this pre-lab may be revealed during the lab session itself or instructor orientation beforehand. Please read & listen carefully! Take the Quiz Again (https://alamo.instructure.com/courses/1501659/quizzes/4084400/take? user_id=3653371)

2/12/24, 2:23 PM Pre-lab Quiz for Acceleration on an Incline Lab: PHYS-1101-002 https://alamo.instructure.com/courses/1501659/quizzes/4084400 2/18 Pre-lab Quiz for Acceleration on an Incline Lab: Please refer to the lab procedure to help you answer the following questions. You may work together with your lab group to finish this quiz. 2 / 2 pts Question 1 Answer 1: Answer 2: If air resistance were not a factor, what would happen if two objects of different masses were to be dropped from the same height? They will hit the ground at the same time. Why? This is because their accelerations will remain the same regardless of their masses. They will hit the ground at the same time. Correct! Correct! Correct!

2/12/24, 2:23 PM Pre-lab Quiz for Acceleration on an Incline Lab: PHYS-1101-002 https://alamo.instructure.com/courses/1501659/quizzes/4084400 3/18 This is because their accelerations will remain the same regardless of their masses. Correct! Correct! Correct! 1 / 1 pts Question 2 Answer 1: Answer 2: What is the name of this physical phenomena? free fall What is the name of the scientist who is known for discovering and demonstrating this physical phenomenon? Galileo Galilei free fall Correct! Correct! Correct!

2/12/24, 2:23 PM Pre-lab Quiz for Acceleration on an Incline Lab: PHYS-1101-002 https://alamo.instructure.com/courses/1501659/quizzes/4084400 4/18 Galileo Galilei Correct! Correct! Correct! 2 / 2 pts Question 3 Consider a cart rolling down an inclined plane, with all the forces acting on it shown in the free body diagram (FBD) below. Which of the following graphs show the most likely Position vs. Time plot for this cart?

2/12/24, 2:23 PM Pre-lab Quiz for Acceleration on an Incline Lab: PHYS-1101-002 https://alamo.instructure.com/courses/1501659/quizzes/4084400 5/18 Correct! Correct! Correct! 2 / 2 pts Question 4 Consider a cart rolling down an inclined plane, with all the forces acting on it shown in the free body diagram (FBD) below.

2/12/24, 2:23 PM Pre-lab Quiz for Acceleration on an Incline Lab: PHYS-1101-002 https://alamo.instructure.com/courses/1501659/quizzes/4084400 6/18 Which of the following graphs show the most likely Velocity vs. Time plot for this cart? Correct! Correct!

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