Two small metallic spheres are fired at each other from an initial separation distance of 21.3 cm. The sphere coming from the left has a mass of 12.5 g, a charge of 2.70 μC, and an initial speed of 7.30 m/s. The sphere coming from the right has a mass of 23.2 g, a charge of 6.50 μC, and an initial speed of 5.20 m/s. ) What is the original total energy (in J) of the system? b) Determine the separation distance (in cm) at which the two spheres will come to a stop before starting to move away from each other
Two small metallic spheres are fired at each other from an initial separation distance of 21.3 cm. The sphere coming from the left has a mass of 12.5 g, a charge of 2.70 μC, and an initial speed of 7.30 m/s. The sphere coming from the right has a mass of 23.2 g, a charge of 6.50 μC, and an initial speed of 5.20 m/s. ) What is the original total energy (in J) of the system? b) Determine the separation distance (in cm) at which the two spheres will come to a stop before starting to move away from each other
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H4.
Transcribed Image Text:Two small metallic spheres are fired at each other from an initial separation distance of 21.3 cm.
The sphere coming from the left has a mass of 12.5 g, a charge of 2.70 µC, and an initial speed of 7.30 m/s.
The sphere coming from the right has a mass of 23.2 g, a charge of 6.50 µC, and an initial speed of 5.20 m/s.
) What is the original total energy (in J) of the system?
b) Determine the separation distance (in cm) at which the
two spheres will come to a stop before starting to move
away from each other
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