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Internal resistance of a cell depends on...

Internal resistance of a cell depends on

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Internal resistance of a cell is the resistance offered by electrolyte and electrodes to the flow of current. The internal resistance of a cell depends upon the following factors:
(1) Distance between the plates.
(2) Area of the plates immersed in the electrolyte. if area increases, the internal resistance decreases.
(3) The nature of the electrolyte.
(4) The nature of the electrodes.
(5) Temperature of electrolyte.
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MBD -HARYANA BOARD-CURRENT ELECTRICITY-OBJECTIVE TYPE QUESTIONS
  1. Internal resistance of a cell depends on

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  2. One kilowatt hour is equal to

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  3. The area of cross-section of a metal wire is doubled, keeping its leng...

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  4. With increse in temperature, the conductivity of a conductor

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  5. The potential difference applied to an X-ray tube is 5 kV and the curr...

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  6. The equivalent resistance between the points X and Y of the following ...

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  7. Calculate the amount of charge flowing in 2 minutes in a wire of resi...

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  8. When length of a metal wire is doubled and area of cross-section is re...

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  9. For series combination total resistance R will be:

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  10. The resistance between points A and C in the given figure is:

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  11. With increase in temperature, the resistivity of a conductor

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  12. When length of a metal wire is doubled and area of cross-section is re...

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  13. The S.I. unit of resistivity is

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  14. The effective resistance (in Omega) between P and R of letter A contai...

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  15. What is equivalent resistance between the points A and B of an infinit...

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  16. With the increase of temperature, the resistivity of a semiconductor

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  17. How does the resistance of a metallic wire depend on its temperature ?

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  18. Kirchhoff's first rule is based on ………

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  19. UNIT OF ELECTRIC CURRENT

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  20. The S.I. unit of resistance is

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  21. How much current is flowing through a 1kOmega resistor when a potentia...

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