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A thin straight rod 0.65 m long carries 18 nC on each… | StemPy Lab
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A thin straight rod 0.65 m long carries 18 nC on each metre of its length. It lies wholly inside a closed surface, and no other charge is near. What is the net flux through the surface?
Physics
Medium
High School (11–12)
Electricity & Magnetism › Electrostatics
NEET
AP
A-Level
IB
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StemPy Lab
A thin straight rod
0.65
0.65
0.65
m long carries
18
18
18
nC on each metre of its length. It lies wholly inside a closed surface, and no other charge is near. What is the net flux through the surface?
132203
N m
2
/
C
132203\ \text{N m}^2/\text{C}
132203
N m
2
/
C
3129
N m
2
/
C
3129\ \text{N m}^2/\text{C}
3129
N m
2
/
C
2034
N m
2
/
C
2034\ \text{N m}^2/\text{C}
2034
N m
2
/
C
1322
N m
2
/
C
1322\ \text{N m}^2/\text{C}
1322
N m
2
/
C
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← A flat plate measures 40 cm by 25 cm. A uniform electric field of 170 N/C is directed at 30° to the plane of the plate. Find the flux through the plate.
Four statements about flux are given. (i) The net flux through a closed surface depends on the charges outside it. (ii) Gauss's law holds for every closed surface, but it gives the field only when the charges have a symmetry. (iii) The flux through a part of a closed surface can be negative. (iv) In a uniform field the net flux through any closed surface is zero. How many of the statements are correct? →
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Electricity & Magnetism › Electrostatics
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