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A proton is 1836 times heavier than an e...

A proton is 1836 times heavier than an electron. If the repulsive force between two protons is F for given distance, then the electric force between two electrons at same distance will be.........N.

A

F

B

`-F`

C

`F/(1836)^(2)`

D

`(1836)^(2) F`

Text Solution

Verified by Experts

The correct Answer is:
A

Because the electric force does not depend on the mass.
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KUMAR PRAKASHAN-ELECTRIC CHARGES AND FIELDS -SECTION D (MULTIPLE CHOICE QUESTIONS (MCQS)) (MCQS FROM .DARPAN. BASED ON TEXTBOOK) (ELECTROSTATIC ELECTRIC CHARGE AND FRICTIONAL ELECTRICAL CHARGE)
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  2. If Coulomb's law is represented by F=kq(1)q(2) r^(n) , then n = ......

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  3. Coulomb's law is correct for......distance.

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  4. The graph which represents the correct relation between Coulomb force ...

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  7. S.I. unit of permittivity (e0) ......

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  8. The value of permittivity of vaccum is 8.85 xx 10^(-12) C^(2)N^(-1) m^...

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  9. Two spheres carrying charge q are hanging from a same point of suspens...

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  10. If two opposite electric charges having same magnitude are 10 cm away ...

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  11. A proton is 1836 times heavier than an electron. If the repulsive forc...

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  13. The force of repulsion between two like or point charges + 2C and + 6C...

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  14. The force of repulsion between two charges +1 and 6C is 12N. A third c...

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  15. Two particles of equal mass m and charge t are placed at a distance 16...

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  16. Three identical charges are placed on three vertices of a square. If t...

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  17. The radius of a conducting spherical shell is 10 mm and a 100 muC cha...

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  18. An electron falls freely in electric field of 9.1 xx 10^3 NC^(-1), the...

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  19. One conducting metal sphere contains 10^23 atoms. If from 0.1 % atoms ...

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