10. Two clectric charges are separated by a distance of 1 m. If one charge is +10 Cand the other charge -6 C, calculate the force of attraction between the charges in Nandin lb. (Assume thıat the charges are placed in a vacuum.) 11. The practical unit of electrical energy is the kWh. The unit of energy in the SI is the joule (J). Calculate the number of joules in 1 kWh.

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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10. Two electric charges are separated by a distance of 1 m. If one charge is
+10 Cand the other charge -6 C, calculate the force of attraction between
the charges in Nandin lb. (Assume that the charges are placed in a vacuum.)
11. The practical unit of electrical energy is the kWh. The unit of energy
in the SI is the joule (J). Calculate the number of joules in 1 kWh.
Transcribed Image Text:10. Two electric charges are separated by a distance of 1 m. If one charge is +10 Cand the other charge -6 C, calculate the force of attraction between the charges in Nandin lb. (Assume that the charges are placed in a vacuum.) 11. The practical unit of electrical energy is the kWh. The unit of energy in the SI is the joule (J). Calculate the number of joules in 1 kWh.
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