part ttached to the end of an nextensible cord of length 0.96 m. hereas the other end of the cord is ttached to A. If the particle is iven an initial velocity 8 m/s ownward when the cord was taut orizontally as shown. The motion in vertical plane.
part ttached to the end of an nextensible cord of length 0.96 m. hereas the other end of the cord is ttached to A. If the particle is iven an initial velocity 8 m/s ownward when the cord was taut orizontally as shown. The motion in vertical plane.
Physics for Scientists and Engineers, Technology Update (No access codes included)
9th Edition
ISBN:9781305116399
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter6: Circular Motion And Other Applications Of Newton’s Laws
Section: Chapter Questions
Problem 6.4CQ: Describe the path of a moving body in the event that (a) its acceleration is constant in magnitude...
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![P3- A particle of mass 0.32 kg is
attached to the end of an
inextensible cord of length 0.96 m.
Whereas the other end of the cord is
attached to A. If the particle is
given an initial velocity 8 m/s
downward when the cord was taut
horizontally as shown. The motion in
a vertical plane.
B.
L.
A
V
REQUIRED
D.
4.913 10.99 8.932 13.31
29.22 17.24 23.09
2.59
5.552 37.7
83.28 15.82 32.48 132.4 107.4
6.552 12.92 14.74 9.1
15
16
velocity at e -57
normal reaction at e -57
accleraticon at e -57
maximum velocity along
17
18
the path
16.65
Vo if maximum angle reached is e
-237
corresponding velocity e -237
19
1.411 2.433 3.746 4.865 6.471
20
0.815 1.545 3.455 2.809 4.185
minimum Vo to make a complete
revolution
21
1.009 6.853 5.313 3.134 4.197](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F58459ace-73aa-43a6-abb0-6cc4d8682959%2F3936ebe5-9253-4c73-828e-44504a3a09df%2Fnopdtis_processed.jpeg&w=3840&q=75)
Transcribed Image Text:P3- A particle of mass 0.32 kg is
attached to the end of an
inextensible cord of length 0.96 m.
Whereas the other end of the cord is
attached to A. If the particle is
given an initial velocity 8 m/s
downward when the cord was taut
horizontally as shown. The motion in
a vertical plane.
B.
L.
A
V
REQUIRED
D.
4.913 10.99 8.932 13.31
29.22 17.24 23.09
2.59
5.552 37.7
83.28 15.82 32.48 132.4 107.4
6.552 12.92 14.74 9.1
15
16
velocity at e -57
normal reaction at e -57
accleraticon at e -57
maximum velocity along
17
18
the path
16.65
Vo if maximum angle reached is e
-237
corresponding velocity e -237
19
1.411 2.433 3.746 4.865 6.471
20
0.815 1.545 3.455 2.809 4.185
minimum Vo to make a complete
revolution
21
1.009 6.853 5.313 3.134 4.197
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