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Potential at a Point Due to a Dipole

a disk of rad...

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a disk of radius a/4 having a uniformly distributed charge 6C is placed in the x-y plane with its centre at(-a/2,0,0).A rod of lenght a carring a uniformly distributed charge 8C is placed on the x axis from x=a/4 to x=5a/4.Two point charges -7C and 3C are placed at (a/4,-a/4,0) and (-3a/4,3a/4,0) respectively.Consider a cubical surface formed by six surfaces x=\pm a/2,y=\pm a/2,z=\pm a/2.The electric flux through this cubical surface i

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Similar questions

Q.
A disk of radius

a / 4

having a uniformly distributed charge

6 C

is placed in the x-y plane with its centre at

(- a / 2, 0, 0)

. A rod of length 'a' carrying a uniformly distributed charge

8 C

is placed on the

x

x = a / 4

x = 5 a / 4

. Two point charges

- 7 C

3 C

(a / 4, - a / 4, 0)

(- 3 a / 4, 3 a / 4, 0)

, respectively. Consider a cubical surface formed by six surfaces

x = \pm a / 2, y = \pm a / 2, z = \pm a / 2

. The electric flux through this cubical surface is:

Q. A disk of radius

\frac{a}{4}

having a uniformly distributed charge 6 C is placed in the x-y plane with its centre at

(\frac{- a}{2}, 0, 0) . A

rod of length a carrying a uniformly distributed charge 8 C is placed on the x-axis from

x = \frac{a}{4} t o x = \frac{5 a}{4} .

Two point charges –7 C and 3 C are placed at

(\frac{a}{4}, \frac{- a}{4}, 0) a n d (\frac{- 3 a}{4}, \frac{3 a}{4}, 0),

respectively. Consider a cubical surface formed by six surfaces

x = \pm \frac{a}{2}, y = \pm \frac{a}{2}, z = \pm \frac{a}{2}

.The electric flux through this cubical surface is:

Q. A disk of radius

\frac{a}{4}

having a uniformly distributed charge

6

C

is placed in the

x - y

plane with its centre at

(- \frac{a}{2}, 0, 0)

. A rod of length a carrying uniformly distributed charge

8 C

is placed on the

x -

x = \frac{a}{4}

x = \frac{5 a}{4}

. Two point charges

- 7 C

3 C

(\frac{a}{4}, - \frac{a}{4}, 0)

(- \frac{3 a}{4}, \frac{3 a}{4}, 0)

respectively. Consider a cubical surface formed by six surfaces

x = \pm \frac{a}{2}, y = \pm \frac{a}{2}, z = \pm \frac{a}{2}

. The electric flux through this cubical surface is

Q. A disk of radius

\frac{a}{4}

having a uniformly distributed charge

6 C

is placed in the x-y plane with its centre at

(\frac{- a}{2}, 0, 0)

. A rod of length

a

, carrying a uniformly distributed charge

8 C

is placed on the x-axis from

x = \frac{a}{4}

x = \frac{5 a}{4}

. Two point charges

- 7 C

3 C

(\frac{a}{4}, \frac{- a}{4}, 0)

(\frac{- 3 a}{4}, \frac{3 a}{4}, 0)

respectively. Consider a cubical surface formed by six surfaces

x = \pm \frac{a}{2}, y = \pm \frac{a}{2}, z = \pm \frac{a}{2}

. The electric flux through this cubical surface is given by

- n \frac{1}{ε_{0}} V . m

n

is positive constant. Find the value of

n

q = 10 m C

is distributed uniformly over the circumference of a ring of radius

3 m

placed on x-y plane with its centre at origin. Find the electric potential at a point

P (0, 0, 4 m)

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