Question

The electric flux over the surface
of a sphere if it is charged with
10uC is
(AS 361x 104Nm2/C
(B) 361x 10-4Nm2/C
(C)361x 106Nm2/C
(D)361x 10-6Nm2/C​

Answer 1

Explanation:

The electric flux over the surface of a sphere $\large\rm { Q = 10μC }$

Now, $\large\rm { ϕ= \frac { 10 × 10^{-6}}{8.854 × 10^{-12}} }$

$\large\rm {\frac { 10^{1-6+12} }{8.954}}$

$\large\rm { 36 \pi × 10⁴ N \ m² /C}$

Answer 2

Answer:

Explanation:

The electric flux over the surface of a sphere \large\rm { Q = 10μC }Q=10μC

Now, \large\rm { ϕ= \frac { 10 × 10^{-6}}{8.854 × 10^{-12}} }ϕ=

8.854×10

−12

10×10

−6

\large\rm {\frac { 10^{1-6+12} }{8.954}}

8.954

10

1−6+12

\large\rm { 36 \pi × 10⁴ N \ m² /C}36π×10⁴N m²/C