An object with weight W = 245.25 N Shown rests on an -inclined plane of $ = 38.4°. It is just on the point of motion under the influence of FT = 101N which is applied at an angle of d = 19.9° to the inclined plane.. FT 19.90 W 245.25 N. Calculate 1. Normal force FN 2. frictional force Fr 3. Coefficient of static friction Us =384² 19
An object with weight W = 245.25 N Shown rests on an -inclined plane of $ = 38.4°. It is just on the point of motion under the influence of FT = 101N which is applied at an angle of d = 19.9° to the inclined plane.. FT 19.90 W 245.25 N. Calculate 1. Normal force FN 2. frictional force Fr 3. Coefficient of static friction Us =384² 19
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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![An object with weight W= 245.25 N Shown rests on an
| inclined plane of $ = 38.4°. It is just on the point of
motion under the influence of FT = 101 N which is applied
at an angle of d = 19.9° to the inclined plane.
FT
d = 19.9°
=384²
W 245.25 N
Calculate
1. Normal force FN
2. frictional force Fr
3. Coefficient of static friction Us](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe1ed1dd9-d0cf-4251-bfd8-d951789a9266%2F2409761d-e908-4d22-958b-9c591ae46469%2F7b7jecw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:An object with weight W= 245.25 N Shown rests on an
| inclined plane of $ = 38.4°. It is just on the point of
motion under the influence of FT = 101 N which is applied
at an angle of d = 19.9° to the inclined plane.
FT
d = 19.9°
=384²
W 245.25 N
Calculate
1. Normal force FN
2. frictional force Fr
3. Coefficient of static friction Us
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