с d A r B You were able to obtain a roll of toilet paper during quarantine and put it to good use. If the roll rests against a wall where its coefficient of friction is -0.21 and you apply a force of 0.6 N at an angle of 35* from the vertical. Force F is also tangent to the roll. Determine the angular acceleration of the precious toilet paper. Mark a counterclockwise acceleration as positive and a clockwise acceleration as negative. k Assume the roll can be treated as a cylinder with a mass of 0.28 kg, a width of 11.5 cm, and a radius of 7 cm. Point B is a vertical distance d=14 cm from point A. F rad Hint: Watch your vector direction for a above

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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d
A
r
=
B
rad
8²
Hint: Watch your vector direction for a above
0
You were able to obtain a roll of toilet paper during quarantine and put it to good use. If the roll rests
against a wall where its coefficient of friction is k = 0.21 and you apply a force of 0.6 N at an angle of
35* from the vertical. Force F is also tangent to the roll. Determine the angular acceleration of the
precious toilet paper. Mark a counterclockwise acceleration as positive and a clockwise acceleration as
negative.
k
LL
Assume the roll can be treated as a cylinder with a mass of 0.28 kg, a width of 11.5 cm, and a radius of 7
cm. Point B is a vertical distance d = 14 cm from point A.
F
Transcribed Image Text:d A r = B rad 8² Hint: Watch your vector direction for a above 0 You were able to obtain a roll of toilet paper during quarantine and put it to good use. If the roll rests against a wall where its coefficient of friction is k = 0.21 and you apply a force of 0.6 N at an angle of 35* from the vertical. Force F is also tangent to the roll. Determine the angular acceleration of the precious toilet paper. Mark a counterclockwise acceleration as positive and a clockwise acceleration as negative. k LL Assume the roll can be treated as a cylinder with a mass of 0.28 kg, a width of 11.5 cm, and a radius of 7 cm. Point B is a vertical distance d = 14 cm from point A. F
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