Question

Is the electric potential at point 11 higher than, lower than, or equal to the electric potential at point 22? Explain. Match the words in the left column to the appropriate blanks in the sentences on the right. ResetHelp do not affect the change of are not the only items affecting the change of coincides the direction of decreasing coincides the direction of increasing ---------- we need more information to answer this question. electric potential has the same value at that points. electric potential at 11 is lower than that at 22. electric potential at 11 is higher than that at 22. The direction of the electric field lines Blank electric potential. It means, that Blanktarget 1 of 2target 2 of 2 SubmitRequest Answer Part B Rank in order the magnitudes of the potential differences ΔV12ΔV12, ΔV34ΔV34, and ΔV56ΔV56. Match the words in the left column to the appropriate blanks in the sentences on the right. ResetHelp would be greatest between points with the greatest space along field lines. would be greatest between points with the smallest space along field lines. would be greatest for points with the greatest tangential space between the field lines. ---------- |ΔV12|>|ΔV34|>|ΔV56||ΔV12|>|ΔV34|>|ΔV56| |ΔV12|=|ΔV34|=|ΔV56||ΔV12|=|ΔV34|=|ΔV56| |ΔV12|<|ΔV34|<|ΔV56||ΔV12|<|ΔV34|<|ΔV56| If we assume that the field strength is the same at all points, the magnitude of potential difference BlankTherefore, Blanktarget 1 of 2target 2 of 2 SubmitRequest Answer Part C Is surface AA an equipotential surface? What about surface BB? Explain why or why not. Match the words in the left column to the appropriate blanks in the sentences on the right. ResetHelp is made by points where the field magnitude is the same. is perpendicular to the field lines at every point. is an idealized concept which can not exist in our universe. ---------- we need information about field magnitude to answer. both surfaces are equipotential. neither surface is equipotential. only surface BB is equipotential. only surface AA is equipotential. Equipotential surface Blank Therefore, Blanktarget 1 of 2target 2 of 2

Name: is the electric potential at point 11 higher than lower than or equal to the electric potential at point 22 explain match the words in the left column to the appropriate blanks in the senten 93653
Uploaded: 2022-01-11T18:23:42-08:00
Duration: 2 min 57 s
Channel: Manish Jain
Description: is the electric potential at point 11 higher than lower than or equal to the electric potential at point 22 explain match the words in the left column to the appropriate blanks in the senten 93653

          Is the electric potential at point 11 higher than, lower than, or equal to the electric potential at point 22? Explain.
Match the words in the left column to the appropriate blanks in the sentences on the right.
ResetHelp
do not affect the change of
are not the only items affecting the change of
coincides the direction of decreasing
coincides the direction of increasing
----------
we need more information to answer this question.
electric potential has the same value at that points.
electric potential at 11 is lower than that at 22.
electric potential at 11 is higher than that at 22.
The direction of the electric field lines Blank electric potential. It means, that Blanktarget 1 of 2target 2 of 2
SubmitRequest Answer
Part B
Rank in order the magnitudes of the potential differences ΔV12ΔV12, ΔV34ΔV34, and ΔV56ΔV56.
Match the words in the left column to the appropriate blanks in the sentences on the right.
ResetHelp
would be greatest between points with the greatest space along field lines.
would be greatest between points with the smallest space along field lines.
would be greatest for points with the greatest tangential space between the field lines.
----------
|ΔV12|>|ΔV34|>|ΔV56||ΔV12|>|ΔV34|>|ΔV56|
|ΔV12|=|ΔV34|=|ΔV56||ΔV12|=|ΔV34|=|ΔV56|
|ΔV12|<|ΔV34|<|ΔV56||ΔV12|<|ΔV34|<|ΔV56|
If we assume that the field strength is the same at all points, the magnitude of potential difference BlankTherefore, Blanktarget 1 of 2target 2 of 2
SubmitRequest Answer
Part C
Is surface AA an equipotential surface? What about surface BB? Explain why or why not.
Match the words in the left column to the appropriate blanks in the sentences on the right.
ResetHelp
is made by points where the field magnitude is the same.
is perpendicular to the field lines at every point.
is an idealized concept which can not exist in our universe.
----------
we need information about field magnitude to answer.
both surfaces are equipotential.
neither surface is equipotential.
only surface BB is equipotential.
only surface AA is equipotential.
Equipotential surface Blank Therefore, Blanktarget 1 of 2target 2 of 2

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