The value of the angle of dip is zero at the | vedclass

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(C) The angle of dip (or magnetic inclination) $\delta$ is defined by the relation $	an \delta = \frac{V}{H}$,where $V$ is the vertical component of

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The value of $V$ is zero

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(C) The angle of dip (or magnetic inclination) $\delta$ is defined by the relation $	an \delta = \frac{V}{H}$,where $V$ is the vertical component of the Earth's magnetic field and $H$ is the horizontal component.At the magnetic equator,the Earth's magnetic field lines are parallel to the surface of the Earth.Therefore,the vertical component $V$ of the Earth's magnetic field is zero at the magnetic equator.Substituting $V = 0$ into the formula,we get $	an \delta = \frac{0}{H} = 0$,which implies $\delta = 0^\circ$.Thus,the correct option is $C$.

The value of the angle of dip is zero at the magnetic equator because on it:

Similar Questions

The angle of dip at a place on the earth gives:

The value of the horizontal component of the earth's magnetic field and the angle of dip are $1.8 \times 10^{-5} \, Wb/m^2$ and $30^{\circ}$ respectively at a certain place. The total intensity of the earth's magnetic field at that place will be:

Which of the following statements proves that Earth has a magnetic field?

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Give information about Earth's magnetism.

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