3. In the figure below two equal forces are applied to the tap wrench a distance d from the center of rotation. If F = 80 N, and d = 80 cm, what is the resultant moment about the center of rotation in N*m? F d Σ

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Solve Q3
2. What force needs to be applied at F in order to balance the beam (e.g., to keep the beam in
rotational equilibrium)?
0.50m
0.25m
5N
3.
In the figure below two equal forces are applied to the tap wrench a distance d
from the center of rotation. If F = 80 N, and d = 80 cm, what is the resultant moment
about the center of rotation in N*m?
F
Transcribed Image Text:2. What force needs to be applied at F in order to balance the beam (e.g., to keep the beam in rotational equilibrium)? 0.50m 0.25m 5N 3. In the figure below two equal forces are applied to the tap wrench a distance d from the center of rotation. If F = 80 N, and d = 80 cm, what is the resultant moment about the center of rotation in N*m? F
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