KEY CONCEPT FIGURE 3.33 Motion diagram for uniform circular motion. Velocity Acceleration vectors vectors The acceleration To find Av, we subtract the velocity at point 1 from the velocity at point 2. vector points in the same direction as Av, toward the center of the circle. 2 This is the change in velocity between points 1 and 2. た。

Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter3: Motion In Two Dimensions
Section: Chapter Questions
Problem 5OQ: Does a car moving around a circular track with constant speed have (a) zero acceleration, (b) an...
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Shown is the motion diagram for a rider on a Ferris wheel that was turning at a constant speed. The inset to the figure showed how to find the acceleration vector at the rightmost point. Use a similar analysis to find the rider’s acceleration vector at the leftmost position of the motion diagram, then at one of the highest positions and at one of the lowest positions. Use a ruler so that your analysis is accurate.

KEY CONCEPT
FIGURE 3.33 Motion diagram for uniform circular motion.
Velocity
Acceleration vectors
vectors
The acceleration
To find Av, we
subtract the velocity
at point 1 from the
velocity at point 2.
vector points in
the same direction
as Av, toward the
center of the circle.
2
This is the change
in velocity between
points 1 and 2.
た。
Transcribed Image Text:KEY CONCEPT FIGURE 3.33 Motion diagram for uniform circular motion. Velocity Acceleration vectors vectors The acceleration To find Av, we subtract the velocity at point 1 from the velocity at point 2. vector points in the same direction as Av, toward the center of the circle. 2 This is the change in velocity between points 1 and 2. た。
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