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The dimensional formula of electric fl...

The dimensional formula of electric flux is

A

`[M^(1) L^(2) T^(-2) A^(-1)]`

B

`[M^(-1) L^(3) T^(-3) A]`

C

`[M^(1) L^(3) T^(-3) A^(-1)]`

D

`[M^(1) L^(-3) T^(-3) A^(-1)]`

Text Solution

Verified by Experts

The correct Answer is:
C

NA
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PRADEEP-ELECTROSTATICS-Exercise
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  2. I G ev = x eV, where x is

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  3. The dimensional formula of electric flux is

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  4. A closed surface is vacumm encloses charges -q and +3q. Another charg...

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  5. The number of electric lines of forces rediating from a closed surfa...

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  6. A charge of 10 mu C lies at the centre of a square. Work done in carr...

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  7. A Uniform electric field of 10NC ^(-1) exists in the vertically downwa...

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  8. Electric potential V and electric flux phi are

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  9. Work done by an electrostatic field in moving a given charge from one...

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  10. Potential difference between any two points B and A in an electrostat...

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  11. Electric potential is a …………….. Quantity and its units are …………… .

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  12. Electrostatic forces are ……… forces.

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  13. Electric potential on dipole axis varies inversely as ……….. Of distan...

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  14. Electric potential at any point in equatorial plane of a dipole is ...

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  15. Electric potential gradient is a ………… quantity and is numberically equ...

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  16. Electric flux over an area in an electric field represents the ………… cr...

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  17. Electric flux is a ……………… quantity and its units are ………………. .

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  18. Two charges +q and -q are located at points A(0,0. -2) and B(0,0,2) r...

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  19. it requires 50 muJ of work to carry a 2 muC charge from a paint R to ...

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  20. If 100 J of work must be done to move electric charge equal tp 4C fro...

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