We can use equilibrium to measure forces exerted by charges, magnets, or gravity by measuring the deflection that these forces cause between two hanging spheres as shown in the figure. The like charges on the spheres causes them to move away from each other. If the weight of the sphere is W 106 [N], and the geometry is given by w 6.91 [cm], 196.6 [cm], and r = 0.889 [m], answer the following: What is the electrostatic force, F, repelling the two spheres? [N]
We can use equilibrium to measure forces exerted by charges, magnets, or gravity by measuring the deflection that these forces cause between two hanging spheres as shown in the figure. The like charges on the spheres causes them to move away from each other. If the weight of the sphere is W 106 [N], and the geometry is given by w 6.91 [cm], 196.6 [cm], and r = 0.889 [m], answer the following: What is the electrostatic force, F, repelling the two spheres? [N]
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![We can use equilibrium to measure forces
exerted by charges, magnets, or gravity by
measuring the deflection that these forces cause
between two hanging spheres as shown in the
figure. The like charges on the spheres causes.
them to move away from each other. If the weight
of the sphere is W = 106 [N], and the geometry
6.91 [cm], 196.6 [cm], and
is given by w =
r = 0.889 [m], answer the following:
What is the electrostatic force, F, repelling the two
spheres?
[N]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9509e665-e127-474b-8e1b-3ed8e055e304%2F3d0e4698-5eea-424d-81da-47ebb952cb7f%2Fvgngo6b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:We can use equilibrium to measure forces
exerted by charges, magnets, or gravity by
measuring the deflection that these forces cause
between two hanging spheres as shown in the
figure. The like charges on the spheres causes.
them to move away from each other. If the weight
of the sphere is W = 106 [N], and the geometry
6.91 [cm], 196.6 [cm], and
is given by w =
r = 0.889 [m], answer the following:
What is the electrostatic force, F, repelling the two
spheres?
[N]
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