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2. Solve for the electric potential energy at point J and point K respectively when a +40µC point charge moves from point J to point K (see the given diagram below). The magnitude of the electric field is 3x10. Points J and K are 70 and 10cm above the negatively charged plate respectively. • Point J • Point K

2. Solve for the electric potential energy at point J and point K respectively when a +40µC point charge moves from point J to point K (see the given diagram below). The magnitude of the electric field is 3x10. Points J and K are 70 and 10cm above the negatively charged plate respectively. • Point J • Point K

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2. Solve for the electric potential energy at point J and point K respectively when a +40µC point charge moves from point J to point K (see the given diagram below). The magnitude of the electric field is 3x10. Points J and K are 70 and 10cm above the negatively charged plate respectively. • Point J •Point K
Transcribed Image Text:2. Solve for the electric potential energy at point J and point K respectively when a +40µC point charge moves from point J to point K (see the given diagram below). The magnitude of the electric field is 3x10. Points J and K are 70 and 10cm above the negatively charged plate respectively. • Point J •Point K
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