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)...
Related questions
Question
Complete the drawing

Transcribed Image Text:Range = 13.3vmls x 3.74s=5676m
You now have a prediction for the range. Let's test your prediction!
Part 2 Data: Fill the data tables below to use when completing your projectile motion drawing-
Time (s)
Dropped BalI Vertical Dropped Ball Vertical
Velocity (m/s)
V, = 10t
Distance (m)
d, = % 10t
Thrown Ball Vertical
Velocity (m/s)
v, = 10to
Thrown Ball
Vertical Distance (m)
d, = % 10t
Om/s
om
Om
2O mls
10 m/s
5m.
20m
Sm.
20m
lomis
20 m1s
25 mis
30 mis
usm
30 mls
45 mls
4
gom
Take the data from this table to complete the drawing on the back side of Projectile Motion Practice from yesterday.
When drawing the thrown ball trajectory, match up the vertical distance you found with the horizontal distance shown e
che drawing already.
boun
Then, answer the final question on the drawing.
e in toorte es oY agb

Transcribed Image Text:8.
ce (m)
1. Aboveleft:,Use the scale 1 cm: 5 m and draw the positions of the dropped ball at 1-second
intervals. Neglect air drag and assume g= 10 m/s². Estimate the number of seconds the ball is
in the air.
seconds.
2. Above right: The four positions of the thrown ball with no gravity are at 1-second intervals. At
1 cm: 5 m, carefully draw the positions of the ball with gravity. Neglect air drag and assume
g= 10 m/s?. Connect your positions with a smooth curve to show the path of the ball. How is the
motion in the vertical direction affected by motion in the horizontal direction?
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