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No. Remember that like poles repel.
What we call the Earth's north is actually the south pole of the Earth's magnetic field.
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The earth is meaning it has 2 poles?
The Earth has a magnetic field around it. The magnetic North is close to what we call the North Pole. The magnetic South is at the South Pole. There is a magnetic North and South and a geographic North and South pole.
Where are the earth's magnetic poles?
Deep within the earth, along an axis which 'wobbles' around the earth's axis of rotation. This causes the locations called 'Magnetic North' and 'Magnetic South' to shift relative to the locations called 'True North' and 'True South'. The magnetic polarities of the locations 'Magnetic North' and 'Magnetic South' are south and north, respectively.
Where is magnetic north?
'Magnetic North' and 'Magnetic South' are locationsrelatively close to 'True North' and 'True South' which mark the earth's axis of rotation. The terms 'Magnetic North' and 'Magnetic South' are used to differentiate their locations from those of 'True North' and 'True South'. They have absolutely nothing whatsoever to do with the magnetic polarities of these locations. In fact, the magnetic polarity of 'Magnetic North' is a south pole, and the magnetic polarity of 'Magnetic South' is a north pole. This is why the earth's magnetic field leaves at 'Magnetic South' and enters at 'Magnetic North', causing a compass needle to point along the lines of magnetic flux towards 'Magnetic North'.
If earth's magentic field is like a bar magnet where is the north pole of bar the magnet?
If we were to align a bar magnet with the Earth's magnetic field the north pole on the bar magnet would be the red-colored portion. When it comes to Earth, as of now the North pole is in the arctic. However, this is the magnetic north pole which is slightly off true north and always wandering due to variations in the Earth's magnetic field. True north is exactly what the name implies, it the very top and perfectly centered point on the Northern hemisphere.
What is the difference between magnetic and geographical North?
The geographic North and South Poles are the points representing the earth's axis and about which it rotates. The Geomagnetic Poles are the points where the earth's magnetic lines of force converge. The north and south geomagnetic poles are both some distance from the geographic poles.
Is magnetic at the top of the earth?
No. Remember that like poles repel. What we call the Earth's north is actually the south pole of the Earth's magnetic field.
Why is the North Pole on the earth not the North Pole?
Because of magnetic anomalies in the earth's plates, the magnetic north pole moves slightly to different places.
What is earths north magnetic pole?
You must not confuse 'Magnetic North' with 'north magnetic pole', as these two things are completely different! 'Magnetic North' is a location, while 'north magnetic pole' refers to the magnetic polarity of the earth's 'Magnetic South'.'Magnetic North' is the point on the earth towards which magnetic compasses point. It is not a fixed position. It is presently (2012) in Canada and is drifting toward Siberia. It should not be confused with Grid, Geographic, or True North, which is a fixed point located at the axis about which the earth revolves. The same applies to the Magnetic South.The term, 'Magnetic North' describes a location, and has absolutely nothing to do with its magnetic polarity. The magnetic polarity of the location we call Magnetic North is actually a south pole, which is the reason it attracts the north pole of a magnet or compass needle.
How does earth magnetic field affect a compass?
The earth's magnetic field acts upon the magnetic material of the compass needle, causing it to align to the field. Thus, the compass appears to point North, which is "magnetic north". Magnetic north and "true north" are about 300 miles apart.
Compasses always point toward geographic south?
No. If you are talking about magnetic compasses, they are aligned with the Earth's magnetic field, which is not exactly north-south (depending where on the Earth you are located). There are, however, special compasses that make use of the Earth's rotation; those will point north-south, regardless of the magnetic field.No. If you are talking about magnetic compasses, they are aligned with the Earth's magnetic field, which is not exactly north-south (depending where on the Earth you are located). There are, however, special compasses that make use of the Earth's rotation; those will point north-south, regardless of the magnetic field.No. If you are talking about magnetic compasses, they are aligned with the Earth's magnetic field, which is not exactly north-south (depending where on the Earth you are located). There are, however, special compasses that make use of the Earth's rotation; those will point north-south, regardless of the magnetic field.No. If you are talking about magnetic compasses, they are aligned with the Earth's magnetic field, which is not exactly north-south (depending where on the Earth you are located). There are, however, special compasses that make use of the Earth's rotation; those will point north-south, regardless of the magnetic field.
The earth is meaning it has 2 poles?
The Earth has a magnetic field around it. The magnetic North is close to what we call the North Pole. The magnetic South is at the South Pole. There is a magnetic North and South and a geographic North and South pole.
Where are the earth's magnetic poles?
Deep within the earth, along an axis which 'wobbles' around the earth's axis of rotation. This causes the locations called 'Magnetic North' and 'Magnetic South' to shift relative to the locations called 'True North' and 'True South'. The magnetic polarities of the locations 'Magnetic North' and 'Magnetic South' are south and north, respectively.
Where is magnetic north?
'Magnetic North' and 'Magnetic South' are locationsrelatively close to 'True North' and 'True South' which mark the earth's axis of rotation. The terms 'Magnetic North' and 'Magnetic South' are used to differentiate their locations from those of 'True North' and 'True South'. They have absolutely nothing whatsoever to do with the magnetic polarities of these locations. In fact, the magnetic polarity of 'Magnetic North' is a south pole, and the magnetic polarity of 'Magnetic South' is a north pole. This is why the earth's magnetic field leaves at 'Magnetic South' and enters at 'Magnetic North', causing a compass needle to point along the lines of magnetic flux towards 'Magnetic North'.
Difference between true north and magnetic north?
True north refers to the geographic North Pole, the point at which the Earth's axis of rotation intersects its surface. Magnetic north, on the other hand, is the direction that a compass needle points towards, which is influenced by the Earth's magnetic field. The difference between the two is known as magnetic declination and varies based on location.
If earth's magentic field is like a bar magnet where is the north pole of bar the magnet?
If we were to align a bar magnet with the Earth's magnetic field the north pole on the bar magnet would be the red-colored portion. When it comes to Earth, as of now the North pole is in the arctic. However, this is the magnetic north pole which is slightly off true north and always wandering due to variations in the Earth's magnetic field. True north is exactly what the name implies, it the very top and perfectly centered point on the Northern hemisphere.
What is the difference between magnetic and geographical North?
The geographic North and South Poles are the points representing the earth's axis and about which it rotates. The Geomagnetic Poles are the points where the earth's magnetic lines of force converge. The north and south geomagnetic poles are both some distance from the geographic poles.
Is the magnetic pole near the Earths true North Pole a magnetic south pole or a magnetic north pole?
Earths geographic North Pole is also currently a magnetic north pole. This is however not always the case because over geological time scales the Earth's magnetic poles flip as a result of changes of flow in Earth's molten core which produces Earth's magnetic field.
