The graph Ess shows the electric field as 0. 1 2/3 4 56 a function of position in a -E particular region x (m) of space. If = 100 N/C, what is the potential difference between x = 3 m and x 6 m? E, (N/C)

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The potential difference between the ends of a 2-meter stick that is parallel to a uniform electric field is 400 V. The magnitude of the electric field is:

Please can you help me and answer these questions. 

The graph
shows the
electric field as
a function of
1 2/3 4 56
position in a
-Ess
particular region
x (m)
of space. If
Exs = 100 N/C, what is the potential
difference between x = 3 m and x = 6 m?
E, (N/C)
Transcribed Image Text:The graph shows the electric field as a function of 1 2/3 4 56 position in a -Ess particular region x (m) of space. If Exs = 100 N/C, what is the potential difference between x = 3 m and x = 6 m? E, (N/C)
Compared to the magnitude of the electric potential far from a point charge,
the magnitude of the electric potential far from an electric dipole:
mut of
Select one:
O a. Increases more quickly with distance
O b. Varies in the same way with distance
O c. Increases more slowly with distance
O d. Decreases more slowly with distance
O e. Decreases more quickly with distance
Transcribed Image Text:Compared to the magnitude of the electric potential far from a point charge, the magnitude of the electric potential far from an electric dipole: mut of Select one: O a. Increases more quickly with distance O b. Varies in the same way with distance O c. Increases more slowly with distance O d. Decreases more slowly with distance O e. Decreases more quickly with distance
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