Given the charged particle arrangement, each charged particle has equal charges and the mass of each charge is 0.040 kg. The masses, when uncharged, hang vertically but when charged, they reach equilibrium as shown. The string supporting each charged particle has a negligible mass. What are the electric charges on both particles? 40° L = 0.5 m (m) (m2
Given the charged particle arrangement, each charged particle has equal charges and the mass of each charge is 0.040 kg. The masses, when uncharged, hang vertically but when charged, they reach equilibrium as shown. The string supporting each charged particle has a negligible mass. What are the electric charges on both particles? 40° L = 0.5 m (m) (m2
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Transcribed Image Text:Given the charged particle arrangement, each charged particle has equal charges and the mass of
each charge is 0.040 kg. The masses, when uncharged, hang vertically but when charged, they
reach equilibrium as shown. The string supporting each charged particle has a negligible mass.
What are the electric charges on both particles?
40°
L = 0.5 m
{m,
(m2
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