4. Consider two sticks located at right angles, as illustrated on the right. The charge densities on each segments are as indicated. d =-1C/m a) Find É at î, = (3.5, 2.5) and at īp = (7,5).
4. Consider two sticks located at right angles, as illustrated on the right. The charge densities on each segments are as indicated. d =-1C/m a) Find É at î, = (3.5, 2.5) and at īp = (7,5).
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Consider two sticks located at right angles,
as illustrated on the right. The charge densities on each
segments are as indicated.
4
X = -1C/m
a) Find E at īp
(3.5, 2.5) and at rp =
(7, 5).
2
= (2,2)
b) Can one locate a positive charge +Q at rs
so that the net field E at (1,1) due to the two sticks
and this charge is 0? If yes, find Q. If no, explain why.
\ = +2C/m
-2
-1
2
5
-2"
Transcribed Image Text:4.
Consider two sticks located at right angles,
as illustrated on the right. The charge densities on each
segments are as indicated.
4
X = -1C/m
a) Find E at īp
(3.5, 2.5) and at rp =
(7, 5).
2
= (2,2)
b) Can one locate a positive charge +Q at rs
so that the net field E at (1,1) due to the two sticks
and this charge is 0? If yes, find Q. If no, explain why.
\ = +2C/m
-2
-1
2
5
-2
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