At a point A on the earth's surface the angle of dip. δ= +25°. Ata point Bon the earth's surface the angle of dip, δ = -25°. We can interpret that:

Question

At a point A on the earth's surface the angle of dip. δ= +25°. Ata point Bon the earth's surface the angle of dip, δ = -25°. We can interpret that: (A) A is located in the northern hemisphere and B is located in the southern hemisphere. (B) A and B are both located in the southern hemisphere. (C) A and B are both located in the northern hemisphere. (D) A is located in the southern hemisphere and B is located in the northern hemisphere.

Tardigrade Admin · Accepted Answer

Angle of dip is the angle between earth's resultant magnetic field from horizontal. Dip is zero at equator and positive in northern hemisphere.
In southern hemisphere dip angle is considered as negative.

Q. At a point A on the earth's surface the angle of dip. δ= +25°. Ata point Bon the earth's surface the angle of dip, δ = -25°. We can interpret that:

A is located in the northern hemisphere and B is located in the southern hemisphere.

A and B are both located in the southern hemisphere.

A and B are both located in the northern hemisphere.

A is located in the southern hemisphere and B is located in the northern hemisphere.

Angle of dip is the angle between earth's resultant magnetic field from horizontal. Dip is zero at equator and positive in northern hemisphere. In southern hemisphere dip angle is considered as negative.

Q. At a point $A$ on the earth's surface the angle of dip. $δ$ = +25°. Ata point Bon the earth's surface the angle of dip, $δ$ = -25°. We can interpret that:

Angle of dip is the angle between earth's resultant magnetic field from horizontal. Dip is zero at equator and positive in northern hemisphere.
In southern hemisphere dip angle is considered as negative.