D1-RT60: UNIFORM ELECTRIC FIELD-POTENTIAL DIFFEREN Two parallel plates that have been charged create a uniform electric field of 30 N/C between the plates. From To A M B N C P D P E P FN 2 Ex 1 Greatest Explain your reasoning. M ZX 3 Rank the electrical potential differences of all the different combinations listed between the four points Mat (2, 0) m; N at (5, 0) m; O at (8, 0) m; and P at (2, 3) m within this region. (Positive values are larger than negative values.) 5 6 Least NON OR M N 0 M All the same All zero Cannot determine

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Chapter1: Units, Trigonometry. And Vectors
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D1-RT60: UNIFORM ELECTRIC FIELD-POTENTIAL DIFFERENCE
Two parallel plates that have been charged create a uniform electric field of 30 N/C between the plates.
From
To
2
ex
Greatest
Explain your reasoning.
P
M
X
ZX
3
N
Ox
4
A
B N
C
P
P
P
N
5
CDEF
М
Rank the electrical potential differences of all the different combinations listed between the four points Mat
(2, 0) m; N at (5, 0) m; O at (8, 0) m; and P at (2, 3) m within this region. (Positive values are larger than
negative values.)
M
6
Least
Σ Ζ
NOMNOM
OR
М
All
the same
All
zero
Cannot
determine
Transcribed Image Text:D1-RT60: UNIFORM ELECTRIC FIELD-POTENTIAL DIFFERENCE Two parallel plates that have been charged create a uniform electric field of 30 N/C between the plates. From To 2 ex Greatest Explain your reasoning. P M X ZX 3 N Ox 4 A B N C P P P N 5 CDEF М Rank the electrical potential differences of all the different combinations listed between the four points Mat (2, 0) m; N at (5, 0) m; O at (8, 0) m; and P at (2, 3) m within this region. (Positive values are larger than negative values.) M 6 Least Σ Ζ NOMNOM OR М All the same All zero Cannot determine
Expert Solution
Step 1

Given Data:

The magnitude of uniform electric field E=30 NC

Coordinates of point M (2,0) m

Coordinates of point N (5,0) m

Coordinates of point O (8,0) m

Coordinates of point P (2,3) m

 

 

 

 

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