An alpha particle has 8.00 10 16 J of electrical potential energy when it is at...

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An alpha particle has 8.00 10 16 J of electrical potential energy when it is at a position, A, from a negative point charge. If the alpha particle is moved to a position, B, where it has 9.60 10-16 J of electrical potential energy, the voltage between positions A and B is a.bc' 10dV. The values of a, b, c, and d, respectively, are digits of your answer on your answer sheet.) and (Record all four A charged glass sphere is midway between two oppositely charged parallel plates. The procedure that will not double the force on the charged sphere is: a. halving the area of the plates b. doubling the charge on the sphere ○ c. doubling the voltage of the battery O d. halving the distance between the plates An alpha particle has 8.00 10 16 J of electrical potential energy when it is at a position, A, from a negative point charge. If the alpha particle is moved to a position, B, where it has 9.60 10-16 J of electrical potential energy, the voltage between positions A and B is a.bc' 10dV. The values of a, b, c, and d, respectively, are digits of your answer on your answer sheet.) and (Record all four A charged glass sphere is midway between two oppositely charged parallel plates. The procedure that will not double the force on the charged sphere is: a. halving the area of the plates b. doubling the charge on the sphere ○ c. doubling the voltage of the battery O d. halving the distance between the plates

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