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State the conclusions that can be drawn from Oersted's experiment.

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Conclusions that can be drawn from Oersted's experiment
(1) An electric current produces a magnetic fiela around it. The moving charge in the conducting wire is a source of magnetic field.
(2) The direction of the magnetic field produced by the current is the direction in which the north pole of the magnetic needle is deflected. Hence, from the experimental observations we can conclude that at any point near the current-carrying conductor, the magnetic field is perpendicular to (1) the length of the conductor and (ii) the line joining the conductor and the given point.
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NAVNEET PUBLICATION - MAHARASHTRA BOARD-EFFECTS OF ELECTRIC CURRENT -Answer the following questions :
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  2. Explain the application of heating effect of electric current in a fus...

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  3. State the conclusions that can be drawn from Oersted's experiment.

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  4. What is the effect on the magnetic needle in Oersted's experiment, whe...

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  5. What is the effect on the magnetic needle in Oersted's experiment, whe...

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  6. What is the effect on the magnetic needle in Oersted's experiment, whe...

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  7. What is the effect on the magnetic needle in Oersted's experiment, whe...

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  8. What is the effect on the magnetic needle in Oersted's experiment, whe...

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  9. State the factors on which the magnitude of the magnetic field due to ...

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  10. State the right hand thumb rule.

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  11. With a neat labelled diagram, describe the pattern of magnetic lines o...

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  12. What is a solenoid ? Compare the magnetic fleld produced by a solenoid...

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  13. Write Fleming's left hand rule.

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  14. What is electric motor? Explain its working.

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  15. State the principle on which the working of an electric motor is based...

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  16. Explain the construction and working of an electric motor. Draw a neat...

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  17. Explain with a labelled diagram, the principle, construction and worki...

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  18. State the uses/applications of an electric motor.

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  19. (i) Which principle is explained in this figure? (ii) Which rule ...

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