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Consider the two small, equal-mass, charged balls shown in the figure. The top ball is suspended from the ceiling by a filament, and has a charge of q1 = 31.1 nC. The bottom ball has a charge of q2 = −58.0 nC, and is directly below the top ball. Assume d = 2.00 cm and m = 6.70 g. (a) Calculate the tension (in N) in the filament. N (b) If the filament can withstand a maximum tension of 0.180 N, what is the smallest value d can have before the filament breaks? (Give your answer in cm.) cm

Consider the two small, equal-mass, charged balls shown in the figure. The top ball is suspended from the ceiling by a filament, and has a charge of q1 = 31.1 nC. The bottom ball has a charge of q2 = −58.0 nC, and is directly below the top ball. Assume d = 2.00 cm and m = 6.70 g. (a) Calculate the tension (in N) in the filament. N (b) If the filament can withstand a maximum tension of 0.180 N, what is the smallest value d can have before the filament breaks? (Give your answer in cm.) cm

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Consider the two small, equal-mass, charged balls shown in the figure. The top ball is suspended from the ceiling by a filament, and has a charge of q 1 = 31.1 n C . The bottom ball has a charge of q 2 = − 58.0 n C , and is directly below the top ball. Assume d = 2.00 c m and m = 6.70 g . (a) Calculate the tension (in N ) in the filament. ◻ N (b) If the filament can withstand a maximum tension of 0.180 N , what is the smallest value d can have before the filament breaks? (Give your answer in cm .) ◻ cm

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