Technically earth's northern magnetic pole is the south pole of its magnetic field. The north and south poles on normal magnets are derived from the fact that they are "north seeking" and "south seeking" respectively when made into a compass.
No. The compass needle points toward the magnetic north pole.
The compass has a small magnet, that can move around freely. This is affected by the Earth's magnetic field. The Earth's magnetic south pole is near its geographic northpole, but not exactly so.
A compass is still useful for determining direction because it points towards the magnetic north pole, providing a consistent reference point that helps in navigation. Even though the magnetic north pole and geographic north pole are not aligned, the difference can be accounted for using magnetic declination adjustments.
A compass works by aligning itself with Earth's magnetic field, specifically pointing towards the magnetic north pole. This allows it to indicate directions accurately. The magnetic north pole is near the geographic north pole, which gives the illusion that the compass is always pointing north.
The north pole of a compass points towards the Earth's geographic North Pole, located near the Arctic region. This is due to the alignment of the Earth's magnetic field with the Earth's axis.
The south pole of a magnetic compass is pulled towards the Earth's north magnetic pole, and away from Earth's south magnetic pole. Or towards and away the corresponding poles of any other magnet. Note that Earth's NORTH magnetic pole is close to the SOUTH pole.
No. The compass needle points toward the magnetic north pole.
The north pole of a compass needle would still point point towards the north. More precisely, towards the Earth's magnetic south pole, which is close to the geographic north pole.
The compass has a small magnet, that can move around freely. This is affected by the Earth's magnetic field. The Earth's magnetic south pole is near its geographic northpole, but not exactly so.
A compass is still useful for determining direction because it points towards the magnetic north pole, providing a consistent reference point that helps in navigation. Even though the magnetic north pole and geographic north pole are not aligned, the difference can be accounted for using magnetic declination adjustments.
the needle should point north unless your are close to another magnetic object which could interrupt it.
Like magnetic poles repel, unlike magnetic poles attract. So the magnetic south and magnetic north of two bar magnets will attract. Therefore, though the compass needle points towards the magnetic north, it is actually the magnetic south pole of the compass needle that is pointing towards the magnetic north.
The magnetic needle of a compass points towards the Earth's magnetic North Pole.
A compass works by aligning itself with Earth's magnetic field, specifically pointing towards the magnetic north pole. This allows it to indicate directions accurately. The magnetic north pole is near the geographic north pole, which gives the illusion that the compass is always pointing north.
A compass does not "consume" energy as such. It just align according to the magnetic field of the Earth. One end will point North and the opposite End will point South. Note that the Geographic North and South are different from the magnetic North and South. A compass as in the simple ones with a metal pin giving direction, will always point to the Magnetic North.
The north pole of a compass points towards the Earth's geographic North Pole, located near the Arctic region. This is due to the alignment of the Earth's magnetic field with the Earth's axis.
magnetic north north pole =magnetic south