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A magnetic needle free to rotate in a ve...

A magnetic needle free to rotate in a vertical plane parallel to the magnetic meridian, has its north tip pointing down at `21^@ 48^1` with the horizontal. If the horizontal component of the earth's magnetic induction at that place is `3.5 xx 10^-5` T, determine the earth's magnetic induction at that place.

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CHETANA PUBLICATION-MAGNETISM-EXERCISE
  1. Calculate the distance from the centre of a short bar magnet of moment...

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  2. A short bar magnet has a magnetic moment of 2A -m^2. If its geometric ...

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  3. A magnetic needle free to rotate in a vertical plane parallel to the m...

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  4. A short bar magnet has magnetic moment 20 Am^2. The axis of the magnet...

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  5. Choose the corect options. Let r be the distance of a point on the ax...

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  6. Choose the corect options. Magnetic meridian isthe plane

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  7. Choose the corect options. The horizontal and vertical components of ...

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  8. Choose the corect options. Inside a bar magnet, the magnetic field li...

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  9. Choose the corect options. A place where the vertical components of t...

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  10. Choose the corect options. A place where the horizontal component of ...

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  11. Choose the corect options. A magnetic needle kept non-parallel to the...

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  12. Choose the corect options. Magnetic equator happens to pass through I...

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  13. Choose the corect options. Who was the first scientist to systematical...

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  14. Choose the corect options. Who was the scientist who proved that elec...

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  15. A bar magnet has geometric length 4.8 xx 10^(-2)m. The magnet moment o...

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  16. Choose the corect options. The lines of force of the earth's magnetic...

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  17. Choose the corect options. The magnetic induction due to short magnet...

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  18. Choose the corect options. The magnetic induction at apoint distance ...

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  19. Choose the corect options. Magnetic lines of force are

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  20. The vector sum of magnetic moments of all electrons inside the atom is...

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