(Q13-Q14) In the figure shown, the dashed lines represent equipotential lines. Q13. Compare the electric potential (V) and the magnitudes of the electric field (E) at points 1 and 3 as shown. A. V₁ E3 B. C. V₁= V3, E₁ = E3 V₁ = V3, E1 < E3 F. V₁ = V3, E₁> E3 G. V₁ > V3, E1 = E3 H. V₁ > V3, E1 < E3 I. V₁ > V3, E1> E3 J. Not enough information D. E. Q14. What is the direction of the electric field at point 1? A. To the right 10 V. 20 V 30 V 40 V
(Q13-Q14) In the figure shown, the dashed lines represent equipotential lines. Q13. Compare the electric potential (V) and the magnitudes of the electric field (E) at points 1 and 3 as shown. A. V₁ E3 B. C. V₁= V3, E₁ = E3 V₁ = V3, E1 < E3 F. V₁ = V3, E₁> E3 G. V₁ > V3, E1 = E3 H. V₁ > V3, E1 < E3 I. V₁ > V3, E1> E3 J. Not enough information D. E. Q14. What is the direction of the electric field at point 1? A. To the right 10 V. 20 V 30 V 40 V
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Transcribed Image Text:(Q13-Q14) In the figure shown, the dashed lines represent equipotential lines.
Q13. Compare the electric potential (V) and the magnitudes of
the electric field (E) at points 1 and 3 as shown.
A. V₁ < V3, E1 = E3
B. V₁ <V3, E₁ < E3
C. V₁ < V3, E1> E3
D. V₁ = V3, E1 = E3
V₁ = V3, E1 < E3
E.
F.
V₁=V3, E1> E3
G. V₁ > V3, E1 = E3
V₁ > V3, E1 < E3
H.
I.
V₁ > V3, E1> E3
J. Not enough information
Q14. What is the direction of the electric field at point 1?
A. To the right
B. To the left
C. Up
D. Down
E. None of the above
10 V.
20 V
30 V
29 40 V
30 V
ov
10 V
-10 V
-10 V
-20 V
-30 V
40 V
10
5
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