A sphere of radius 1 m encloses a charge of 5 mu C- Another charge of -5 mu C is placed inside the sphere- The net electric flux would be -four timesdoublethree timeszero

Question

Toppr Admin · Accepted Answer

We know flux -x3D5-Qenclosed-x3F5-0as Qenclosed-xA0-by-xA0-sphere-5-x3BC-c-x2212-5-x3BC-c -0-x2234-x3D5-0

A sphere of radius $1 m$ encloses a charge of $5 μ C$ . Another charge of $- 5 μ C$ is placed inside the sphere. The net electric flux would be :

four times
double
three times
zero

We know flux $ϕ = \frac{Q_{e n c l o s e d}}{ϵ_{0}}$
as $Q_{e n c l o s e d} b y s p h e r e = + 5 μ c - 5 μ c$ $= 0$
$∴ ϕ = 0$

A sphere of radius 1m encloses a charge of 5μC. Another charge of −5μC is placed inside the sphere. The net electric flux would be :four timesdoublethree timeszero

We know flux ϕ=Qenclosedϵ0as Qenclosed by sphere=+5μc−5μc =0∴ϕ=0

A sphere of radius $1 m$ encloses a charge of $5 μ C$ . Another charge of $- 5 μ C$ is placed inside the sphere. The net electric flux would be :

four times
double
three times
zero

We know flux $ϕ = \frac{Q_{e n c l o s e d}}{ϵ_{0}}$
as $Q_{e n c l o s e d} b y s p h e r e = + 5 μ c - 5 μ c$ $= 0$
$∴ ϕ = 0$