What is the horizontal component of Eart...

What is the horizontal component of Earth's magnetic field? If the horizontal and vertical components of Earth's magnetic field are equal then what is the angle of dip?

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To solve the problem, we need to find the horizontal component of Earth's magnetic field and determine the angle of dip when the horizontal and vertical components are equal. ### Step-by-Step Solution: 1. **Understanding Components of Earth's Magnetic Field**: - The Earth's magnetic field can be resolved into two components: the horizontal component (Bh) and the vertical component (Bv). - The horizontal component (Bh) is the part of the magnetic field that runs parallel to the Earth's surface, while the vertical component (Bv) runs perpendicular to the surface. ...

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The place where horizontal and vertical component of earth's magnetic field are equal to the only of dip is:

`90^(@)`

`45^(@)`

`33 (1)/(2)""^(@)`

`70^(@)`

At certain places, if horizontal and verticle components of earth's magnetic field are equal then the angle of dip is:

`0^(@)`

`45^(@)`

`60^(@)`

`90^(@)`

The horizontal component of earth’s magnetic field is zero at:

`45^@` Latitude

The geographic poles

Two particles in air are separated by a certain distance ‘R’. Their masses are `M_1`and `M_2`and they have equal and similar charges ‘Q’. If the resultant force acting among them is zero, then the value of Q is

The magnetic poles