A small sphere with mass 510^-7 kg and charge is released from rest a distance of 0.500 m above a large horizontal insulating sheet of charge that has uniform surface charge density = 810^-12 C/m^2.

Using energy methods, calculate the speed of the sphere when it is 0.150 m above the sheet of charge?

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Mathematics

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4 February, 17:32

A small sphere with mass 510^-7 kg and charge is released from rest a distance of 0.500 m above a large horizontal insulating sheet of charge that has uniform surface charge density = 810^-12 C/m^2.

Using energy methods, calculate the speed of the sphere when it is 0.150 m above the sheet of charge?

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Robert Gaines · Answer 1

In your problem where the ask is to calculate the sped of the sphere when it is 0.150m above the sheet where as the small sphere has a mass of 5*10^-7 kg and the charge is release from a rest distance of 0.5m. The answer to this problem would be 0.0127