The correct value of dip angle at a place is `45^(@)`. If the dip circle is rotated by `45^(@)` out of the meridian, then the tangent of the angle of apparent dip at the place is

The correct value of the dip angle at a place is 45^@ . The dip circle is rotated through 45^@ out of the magnetic meridian. The apparent angle of dip will be :

The value of dip at a place is 45^@ . The plane of the dip circle is turned through 60^@ from the magnetic meridian. Find the apparent value of dip.

The value of dip at a place is 45^@ . The plane of the dip circle is turned through 60^@ from the magnetic meridian. Find the apparent value of dip.

The true value of dip at a place is 45^@ If the plane of the dip circle is turned through 60^@ from the magnetic meridian, what will be the apparaent value of the dip?

At a place the true value of angle of dip is 60^(@) . If dip circle is rotated by phi^(@) from magnetic meridian, the angle of dip is found to be tan^(-1)(2) . Then the value of phi is

At a place the true value of angle of dip is 60^(@) . If dip circle is rotated by phi^(@) from magnetic meridian, the angle of dip is found to be tan^(-1)(2) . Then the value of phi is

The true dip at a place is 30^(@) . What is the apparent dip when the dip circle is turned 60^(@) out of the magnetic meridian ?

The true value of dip at a place is 45^@ . If the vertical plane carrying the needle is turned through 60^@ from the magnetic meridian, find the inclination of the needle (i.e. what will be the apparent value of dip)?