A current carrying coil is placed with its axis perpendicular to N-S direction. Let horizontal component of earth's magnetic field be Ho and magnetic field inside the loop is H. If a magnet is suspended inside the loop, it makes angle $ heta $ with H. Then $ heta $=

Question

A current carrying coil is placed with its axis perpendicular to N-S direction. Let horizontal component of earth's magnetic field be Ho and magnetic field inside the loop is H. If a magnet is suspended inside the loop, it makes angle $	heta $ with H. Then $	heta $=

Accepted Answer

${	an ^{ - 1}}\left( {\frac{{{H_0}}}{H}} ight)$

Answer

${	an ^{ - 1}}\left( {\frac{H}{{{H_0}}}} ight)$

Answer

$\cos e{c^{ - 1}}\left( {\frac{H}{{{H_0}}}} \right)$

Answer

${\cot ^{ - 1}}\left( {\frac{{{H_0}}}{H}} \right)$

magnetism

Question: A current carrying coil is placed with its axis perpendicular to N-S direction. Let horizontal component of earth's magnetic field be Ho and magnetic field inside the loop is H. If a magnet is suspended inside the loop, it makes angle $\theta $ with H. Then $\theta $=

magnetism

Question: A current carrying coil is placed with its axis perpendicular to N-S direction. Let horizontal component of earth's magnetic field be Ho and magnetic field inside the loop is H. If a magnet is suspended inside the loop, it makes angle $\theta $ with H. Then $\theta $=

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