elow. An electric field is established between two parallel plates as shown +1000 V 40 ст 30 ст 50 ст The plates are 50 cm apart and a PD of 1000V is applied between them. A point charge of value +1.0µC is held at point A. It is moved first to B then to C and finally back to A. The distances are shown in the diagram. Calculate: (a.) the force experienced by the charge at A, (b.) the force experienced by the charge at B, (c.) the energy involved in moving the charge from A to B, (d.) the energy required to move the charge from C to A, (e.) the net energy needed to move the charge along the rOuto 4RCA
elow. An electric field is established between two parallel plates as shown +1000 V 40 ст 30 ст 50 ст The plates are 50 cm apart and a PD of 1000V is applied between them. A point charge of value +1.0µC is held at point A. It is moved first to B then to C and finally back to A. The distances are shown in the diagram. Calculate: (a.) the force experienced by the charge at A, (b.) the force experienced by the charge at B, (c.) the energy involved in moving the charge from A to B, (d.) the energy required to move the charge from C to A, (e.) the net energy needed to move the charge along the rOuto 4RCA
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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An electric field is established between two parallel plates as shown below.
Answer the questions (a), (b), (c), (d) and (e)
Transcribed Image Text:An electric field is established between two parallel plates as shown below.
+1000 V
40 ст
A
C
30 ст
50 ст
В
The plates are 50cm apart and a PD of 1000V is applied between them.
A point charge of value +1.0µC is held at point A. It is moved first to B then to C and finally back to
A. The distances are shown in the diagram. Calculate:
(a.) the force experienced by the charge at A,
(b.) the force experienced by the charge at B,
(c.) the energy involved in moving the charge from A to B,
(d.) the energy required to move the charge from C to A,
(e.) the net energy needed to move the charge along the route ABCA.
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