In this lab, we will be investigating the nature of an object's motion in two-dimensions (2-D). For example, the motion of the ball in a volleyball match is a 2-D motion. We experience that motion almost every-day in our lives. Today, we will see that this motion is a combination of motion in the x-axis and the y-axis. We will learn to construct motion diagrams of different examples of 2-D motions, analyze the combined motion in two independent ones, and find the time of flight of an object (experimentally and mathematically). Problem 1: Toss your pen and describe below the motion (path) you observe. Problem 2: Sketch the path of the pen you tossed. To successfully understand and perform this lab, we need to review the concepts of kinematics that we covered in the two previous labs. In the first lab, we studied the horizontal motion of constant velocity and developed the relationship between position and time. On the second one, we studied the free-fall motion which happens on the vertical y-axis and developed the relationship between position and time in an accelerated motion. The combination of these two motions is the motion in 2-D.

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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Problem 1: Toss your pen abd decrible below the motion (path) you observe.

problem2: Sketch the path of the pen you tossed

Name:
Problem 2: Sketch the path of the pen you tossed.
Date:
Date Modified: June 26, 2019
Lab Day and Time:
Projectile Motion – Pre-Lab
In this lab, we will be investigating the nature of an object's motion in two-dimensions (2-D). For
example, the motion of the ball in a volleyball match is a 2-D motion. We experience that motion almost
every-day in our lives. Today, we will see that this motion is a combination of motion in the x-axis and
the y-axis. We will learn to construct motion diagrams of different examples of 2-D motions, analyze the
combined motion in two independent ones, and find the time of flight of an object (experimentally and
mathematically).
Problem 1: Toss your pen and describe below the motion (path) you observe.
Apparatu
To successfully understand and perform this lab, we need to review the concepts of kinematics
that we covered in the two previous labs. In the first lab, we studied the horizontal motion of constant
velocity and developed the relationship between position and time. On the second one, we studied the
free-fall motion which happens on the vertical y-axis and developed the relationship between position and
time in an accelerated motion. The combination of these two motions is the motion in 2-D.
Projectile Motion
Page 1 of 14
35
Transcribed Image Text:Name: Problem 2: Sketch the path of the pen you tossed. Date: Date Modified: June 26, 2019 Lab Day and Time: Projectile Motion – Pre-Lab In this lab, we will be investigating the nature of an object's motion in two-dimensions (2-D). For example, the motion of the ball in a volleyball match is a 2-D motion. We experience that motion almost every-day in our lives. Today, we will see that this motion is a combination of motion in the x-axis and the y-axis. We will learn to construct motion diagrams of different examples of 2-D motions, analyze the combined motion in two independent ones, and find the time of flight of an object (experimentally and mathematically). Problem 1: Toss your pen and describe below the motion (path) you observe. Apparatu To successfully understand and perform this lab, we need to review the concepts of kinematics that we covered in the two previous labs. In the first lab, we studied the horizontal motion of constant velocity and developed the relationship between position and time. On the second one, we studied the free-fall motion which happens on the vertical y-axis and developed the relationship between position and time in an accelerated motion. The combination of these two motions is the motion in 2-D. Projectile Motion Page 1 of 14 35
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