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Directions: Given the projectile motion of a ball in the figure below, identify the directions of the velocities along the vertical (y-axis) and horizontal (x-axis) dimensions for each position by drawing arrows. Use red pen for the velocities along y-axis and blue pen for velocities along x-axis. Take note of the length of your arrow, the longer the arrow will mean greater velocity and the shorter it gets the lesser the velocity. D E F Yx G Figure 1. Projectile thrown at an angle 0 Answer the following: 1. Consider the arrows you drew for the upward motion of the ball. Explainhy you drew these arrows that way. 2. Consider the arrows you drew for the downward motion of the Eaplain why you drew these arrows that way? 3. What happen to the velocities along the vertical dimension as the ball moves from A to G position? 4. What happen to the velocities along the horizontal dimension as the ball moves from A to G position? 5. What can you say about the Vx and Vy when the ball is at its maximum its maximunheight?

Directions: Given the projectile motion of a ball in the figure below, identify the directions of the velocities along the vertical (y-axis) and horizontal (x-axis) dimensions for each position by drawing arrows. Use red pen for the velocities along y-axis and blue pen for velocities along x-axis. Take note of the length of your arrow, the longer the arrow will mean greater velocity and the shorter it gets the lesser the velocity. D E F Yx G Figure 1. Projectile thrown at an angle 0 Answer the following: 1. Consider the arrows you drew for the upward motion of the ball. Explainhy you drew these arrows that way. 2. Consider the arrows you drew for the downward motion of the Eaplain why you drew these arrows that way? 3. What happen to the velocities along the vertical dimension as the ball moves from A to G position? 4. What happen to the velocities along the horizontal dimension as the ball moves from A to G position? 5. What can you say about the Vx and Vy when the ball is at its maximum its maximunheight?

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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ANSWER THE QUESTIONS 1-5 ONLY.
Directions: Given the projectile motion of a ball in the figure below, identify the directions of the velocities along the vertical (y-axis) and horizontal (x-axis) dimensions for each position by drawing arrows. Use red pen for the velocities along y-axis and blue pen for velocities along x-axis. Take note of the length of your arrow, the longer the arrow will mean greater velocity and the shorter it gets the lesser the velocity. D E B F Yy A Figure 1. Projectile thrown at an angle 0 Answer the following: 1. Consider the arrows you drew for the upward motion of the ball. Explainvhy you drew these arrows that way. 2. Consider the arrows you drew for the downward motion of the Eaplain why you drew these arrows that way? 3. What happen to the velocities along the vertical dimension as the ball moves from A to G position? 4. What happen to the velocities along the horizontal dimension as the ball moves from A to G position? 5. What can you say about the Vx and Vy when the ball is at its maximum its maximunheight?
Transcribed Image Text:Directions: Given the projectile motion of a ball in the figure below, identify the directions of the velocities along the vertical (y-axis) and horizontal (x-axis) dimensions for each position by drawing arrows. Use red pen for the velocities along y-axis and blue pen for velocities along x-axis. Take note of the length of your arrow, the longer the arrow will mean greater velocity and the shorter it gets the lesser the velocity. D E B F Yy A Figure 1. Projectile thrown at an angle 0 Answer the following: 1. Consider the arrows you drew for the upward motion of the ball. Explainvhy you drew these arrows that way. 2. Consider the arrows you drew for the downward motion of the Eaplain why you drew these arrows that way? 3. What happen to the velocities along the vertical dimension as the ball moves from A to G position? 4. What happen to the velocities along the horizontal dimension as the ball moves from A to G position? 5. What can you say about the Vx and Vy when the ball is at its maximum its maximunheight?
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