Find the time, At, it takes the ball to fall from the table of height h to the floor with a horizontal velocity of vo and a vertical acceleration of a,= -g. Show the original kinematic equation you started from. Your answer will be an equation (not a number) in terms of h and g. You are developing this generic equation to use in the next question. (Hint: if the ball's initial velocity is only horizontal, then the initial velocity in the vertical direction is zero.) PHY 1103: Projectile Motion DEPARTMENT OF PHYSICS AND ASTRONOMY APPALACHIAN STATE UNIVERSITY Show the Kinematic equation you started with and any algebra needed to solve for At At (in terms of h and g) = Page | 7 At what horizontal distance, x, from the edge of the table does the ball hit the floor Show the original kinematic equation you started from. Your answer will be an equation (not a number) in terms of h, Vo, and g. You are developing this generic equation to use later in the lab. Show the Kinematic equation you started with and any algebra needed to solve for x x, (in terms of v h, and g) =
Find the time, At, it takes the ball to fall from the table of height h to the floor with a horizontal velocity of vo and a vertical acceleration of a,= -g. Show the original kinematic equation you started from. Your answer will be an equation (not a number) in terms of h and g. You are developing this generic equation to use in the next question. (Hint: if the ball's initial velocity is only horizontal, then the initial velocity in the vertical direction is zero.) PHY 1103: Projectile Motion DEPARTMENT OF PHYSICS AND ASTRONOMY APPALACHIAN STATE UNIVERSITY Show the Kinematic equation you started with and any algebra needed to solve for At At (in terms of h and g) = Page | 7 At what horizontal distance, x, from the edge of the table does the ball hit the floor Show the original kinematic equation you started from. Your answer will be an equation (not a number) in terms of h, Vo, and g. You are developing this generic equation to use later in the lab. Show the Kinematic equation you started with and any algebra needed to solve for x x, (in terms of v h, and g) =
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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Transcribed Image Text:a. Find the time, At, it takes the ball to fall from the table of height h to the floor with a
horizontal velocity of vo and a vertical acceleration of a,= -g. Show the original
kinematic equation you started from. Your answer will be an equation (not a
number) in terms of h and g. You are developing this generic equation to use in the
next question. (Hint: if the ball's initial velocity is only horizontal, then the initial
velocity in the vertical direction is zero.)
PHY 1103: Projectile Motion
DEPARTMENT OF PHYSICS AND ASTRONOMY
APPALACHIAN STATE UNIVERSITY
Show the Kinematic equation you
started with and any algebra needed to
solve for At
At (in terms of h and g) =
Page | 7
b. At what horizontal distance, x, from the edge of the table does the ball hit the floor
Show the original kinematic equation you started from. Your answer will be an
equation (not a number) in terms of h, Vo, and g. You are developing this generic
equation to use later in the lab.
Show the Kinematic equation you
started with and any algebra needed to
solve for X
x, (in terms of voh, and g) =
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