PROBLEM 6: Two small metal spheres, each of mass 0.0350 kg, hang from a common point by two thin threads of length 1.00 m. Both spheres have the same amount of positive charge on them. In static equilibrium, the balls hang with an angle of 20.00 between them. Calculate the charge on each ball. b) Now a block of neutral metal is placed between the two charged balls. Explain what will happen to the balls and to the metal block. What will happen to the angle between the balls?
PROBLEM 6: Two small metal spheres, each of mass 0.0350 kg, hang from a common point by two thin threads of length 1.00 m. Both spheres have the same amount of positive charge on them. In static equilibrium, the balls hang with an angle of 20.00 between them. Calculate the charge on each ball. b) Now a block of neutral metal is placed between the two charged balls. Explain what will happen to the balls and to the metal block. What will happen to the angle between the balls?
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Transcribed Image Text:PROBLEM 6: Two small metal spheres, each of mass 0.0350 kg, hang from a common point by
two thin threads of length 1.00 m. Both spheres have the same amount of positive charge on
them. In static equilibrium, the balls hang with an angle of 20.00 between them.
20°
K
Calculate the charge on each ball.
b)
Now a block of neutral metal is placed between the two charged balls. Explain
what will happen to the balls and to the metal block. What will happen to the angle
between the balls?
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