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A Spherical ball is given one million el...

A Spherical ball is given one million electrons per second Calculate the time required by the ball to attain a charge of-0.8 C.

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To solve the problem of calculating the time required for a spherical ball to attain a charge of -0.8 C when it is given 1 million electrons per second, we can follow these steps: ### Step-by-Step Solution: 1. **Determine the charge of one electron**: The charge of one electron is approximately \( -1.6 \times 10^{-19} \) coulombs. 2. **Calculate the total charge given in one second**: ...
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MODERN PUBLICATION-ELECTRIC CHARGES AND FIELDS -Practice Problems
  1. Find the total negative and positive charges in 500 cc of water Given:...

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  2. An object with a net positive charge of 2 xx 10^(-12) C contains 1.5 x...

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  3. A Spherical ball is given one million electrons per second Calculate t...

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  4. An object with an initial charge of 4 C is given 9 xx 10^19additional ...

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  5. A charged object having charge of-4C is given 9xx 10^19 electrons. Cal...

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  6. Two spherical balls of the same radius carry charges -0.4 C and-0.9 C....

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  7. Calculate the change in mass of an object if 800 electrons are given t...

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  8. The charges on three dentical ebonite spheres are +2 mC, -4 mC and +...

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  9. The identical anions are placed 7xx10^(-10) m apart and experience of ...

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  10. Two electrons are placed at a distance d such that electrostatic force...

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  11. Two identical small plastic balls are rubbed against a piece of wool ...

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  12. calculate the change in electrostatic force between the two balls, if ...

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  13. Two identical metallic balls with equal charges are kept 4.5 cm apart....

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  14. Two small objects are rubbed against each other using insulating handl...

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  15. A point charge Q is kept fixed on a table and another particle of char...

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  16. Total charge Q is divided between two point objects in such a manner t...

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  17. Two point charges with charge magnitudes 2 nC and 3 nC are placed at a...

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  18. Four positive point charges Q are placed at the corners of a square of...

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  19. There is a particle A with positive charge q1 and mass m. There is ano...

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  20. Two point charges Q are kept fixed on XY-plane at points A(0, d) and B...

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