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Three charged spheres, each of mass m = 0.010 kg, hang from three strings, as shown. The spheres have the charge polarity shown. a. For one of the positive charges, solve for the string tension. (ans: 0.104 N) b. All the spheres have an identical magnitude of charge. Determine the value of q on the spheres. (ans: 0.690 μC)

Three charged spheres, each of mass m = 0.010 kg, hang from three strings, as shown. The spheres have the charge polarity shown. a. For one of the positive charges, solve for the string tension. (ans: 0.104 N) b. All the spheres have an identical magnitude of charge. Determine the value of q on the spheres. (ans: 0.690 μC)

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  1. Three charged spheres, each of mass m = 0.010 kg , hang from three strings, as shown. The spheres have the charge polarity shown. a. For one of the positive charges, solve for the string tension. (ans: 0.104 N ) b. All the spheres have an identical magnitude of charge. Determine the value of q on the spheres. (ans: 0.690 μ C )

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