Turning 180 degrees from South leads to North. A 90 degrees left turn from North leads to West.

Facing South, a 45 degrees left turn leads to East-South-East. A 90 degrees right turn from there leads to East.

Turning 90 degrees right from South leads to West. Turning 90 degrees left from West leads back to South.

From East, a 270 degrees clockwise turn leads to South. A 90 degrees anti-clockwise turn from South leads to East.

From West, a 90 degrees right turn leads to North. A 90 degrees left turn from North leads back to West.

Turning left from East leads to North. Turning 180 degrees from North leads to South.

Turning 45 degrees right from North leads to East. Turning 135 degrees left from East leads back to North.

Starting from North, a 90 degrees clockwise turn leads to East. A 180 degrees anti-clockwise turn from East leads to West.

Starting from North, walking 5 steps keeps him facing North. Turning left leads to West, and walking 3 steps keeps him facing West.

Starting from West, moving 3 steps forward keeps him facing West. Turning right from West leads him to face North, and moving 2 steps keeps him facing North.

Turning 90 degrees to the right from North will direct you to East.

To go from South to East, you need to turn right.

A compass indicates Magnetic North, which is the direction that a compass needle points to due to the Earth's magnetic field.

As you approach the North Pole, the compass needle starts to point downwards due to the magnetic field lines converging.

The angle between Magnetic North and True North is known as Declination.

A strong magnetic field can cause deviation in the compass reading, leading to inaccuracies.

The primary use of a compass in navigation is to determine direction.

Using a compass near electronic devices can cause interference and lead to inaccurate readings.

At the equator, a compass needle still points towards Magnetic North.

Metal objects can create magnetic interference, affecting the accuracy of a compass.