Consider a uniformly-charged ring (charge distribution = 1)shown here. The potential at point P if P is very much farther from the ring's center is dq √x² + a² a O x

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Consider a uniformly-charged ring
(charge distribution = 1)shown here.
The potential at point P if P is very
much farther from the ring's center
is
dq
x² + a²
X
kQ
√x² + a²
Option 1
Transcribed Image Text:Consider a uniformly-charged ring (charge distribution = 1)shown here. The potential at point P if P is very much farther from the ring's center is dq x² + a² X kQ √x² + a² Option 1
4:10:
kQ
x
Option 2
2nok(√ x2 + a2 - x)
Option 3
1
λdl
Vx2 + a2
Option 4
docs.google.com - Private
k
:
U
Transcribed Image Text:4:10: kQ x Option 2 2nok(√ x2 + a2 - x) Option 3 1 λdl Vx2 + a2 Option 4 docs.google.com - Private k : U
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