2. A disk that is 3 m in radius spins at the rate of 4 revolutions per second and over a period of 10 sec comes to rest at a constant angular acceleration. feanm ods to iioolov muniamel toW c. What is its angular acceleration? d. What is the linear velocity at the edge of the disk after 5 sec

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Author:William Moebs, Samuel J. Ling, Jeff Sanny
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Chapter10: Fixed-axis Rotation
Section: Chapter Questions
Problem 10.1CYU: Check Your Understanding The fan blades on a turbofan jet engine (shown below) accelerate from rest...
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Week 9 Mixed review and intro to circular motion
o oni bos wovor boxiM
s = re
T = Fxr
V3rw
a = ra
Στ- Ια
%D
a 1. A disk that is 3 m in radius spins at the rate of 4 revolutions per second.
ookd A
a.
What is its angular velocity?
oks 7 noncG
s ea
ib odr brit
entod To inioq aara
ei vlioolev
om 2,1 be
b. What is the linear velocity at the edge of the disk?
2. A disk that is 3 m in radius spins at the rate of 4 revolutions per second and over a period of 10
sec comes to rest at a constant angular acceleration.
Sean
polov
с.
What is its angular acceleration?
d. What is the linear velocity at the edge of the disk after 5 sec
Transcribed Image Text:Week 9 Mixed review and intro to circular motion o oni bos wovor boxiM s = re T = Fxr V3rw a = ra Στ- Ια %D a 1. A disk that is 3 m in radius spins at the rate of 4 revolutions per second. ookd A a. What is its angular velocity? oks 7 noncG s ea ib odr brit entod To inioq aara ei vlioolev om 2,1 be b. What is the linear velocity at the edge of the disk? 2. A disk that is 3 m in radius spins at the rate of 4 revolutions per second and over a period of 10 sec comes to rest at a constant angular acceleration. Sean polov с. What is its angular acceleration? d. What is the linear velocity at the edge of the disk after 5 sec
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