0
Earth's south magnetic pole is the point where the planet's magnetic field lines are oriented vertically into the Earth. It is located in Antarctica and is constantly shifting due to the movement of molten iron in the Earth's outer core. It does not coincide with the geographic South Pole.
Add your answer:
Earn +20 pts
What best describes earths south magnetic field?
Earth's south magnetic field is a region near the geographic South Pole where the magnetic field lines are directed towards the Earth's core. It plays a crucial role in guiding compass needles and protecting the planet from solar wind. This field also influences the auroras in the Southern Hemisphere.
What best describes Earth's north magnetic pole?
Earth's north magnetic pole is the point on Earth where the planet's magnetic field points vertically downwards. It is currently drifting towards Russia at a rate of about 10 kilometers per year. This pole is different from the geographic North Pole, which is the point where Earth's axis of rotation intersects its surface.
What best describes earths north magnet?
Our planet behaves as though a giant bar magnet is buried deep within the earth, and lying slightly out of alignment with the earth's axis of rotation. The points where this imaginary bar magnet's magnetic field lies perpendicular to the earth are named Magnetic North and Magnetic South respectively. These points do not coincide with the earth's geographic poles, which are called True North and True South respectively. It's very important to understand that 'Magnetic North' and 'Magnetic South' describe locations, and have nothing whatsoever to do with their magnetic polarities. In fact, these locations are not fixed, but constantly move relative to True North and True South, and the locations must be taken into consideration for the purpose of navigation.A freely-suspended magnet (or a compass needle) will align itself with the earth's magnetic field and will always come to rest pointing in a Magnetic North - Magnetic South direction. Because of this, one end of the magnet was originally named its 'North-Seeking Pole', while the other end was named its 'South-Seeking Pole'. Over time, we have dropped the word 'seeking' from these expressions, and now call the ends of a magnet (or compass needle) its 'north pole' and its 'south pole' which, by common consent, are used to identify the magnetic polarities of a magnet. Because 'unlike poles attract', this means that the magnetic polarity of Magnetic North (i.e. the location) must be a south pole, and the magnetic polarity of Magnetic South must be a north pole.To summarise, the terms 'Magnetic North' and 'Magnetic South' are locations so-named to differentiate them from 'True North' and 'True South' for the purpose of navigation. Because the north pole of a magnet or compass needle is attracted towards Magnetic North, that location's magnetic polarity is south. And, of course, the magnetic polarity of Magnetic South location is north.From geological records obtained from magnetized rock strata and other natural materials, it is well-known that the magnetic poles have actually "flipped over" several times during the many aeons of the earth's long history (although not during man's existence). Should this do so again in the future, it will have no affect whatsoever on the locations or on naming of 'Magnetic North' and 'Magnetic South', although their magnetic polarities will, of course, reverse!For more information see the Related links shown below.
Which term best describes how the earth's atmosphere is heated?
m
What is the theory that explains the source of Earth's magnetic field called?
The theory that explains Earth's magnetic field is called the geodynamo theory. It proposes that the magnetic field is generated by the motion of molten iron and nickel in Earth's outer core.
What best describes earths south magnetic field?
Earth's south magnetic field is a region near the geographic South Pole where the magnetic field lines are directed towards the Earth's core. It plays a crucial role in guiding compass needles and protecting the planet from solar wind. This field also influences the auroras in the Southern Hemisphere.
What best describes Earth's north magnetic pole?
Earth's north magnetic pole is the point on Earth where the planet's magnetic field points vertically downwards. It is currently drifting towards Russia at a rate of about 10 kilometers per year. This pole is different from the geographic North Pole, which is the point where Earth's axis of rotation intersects its surface.
Which best describes search north magnetic pole?
In our solar system has magnetic pole reversal
What word best describes the type of materials that attraction?
magnetic
What best describes the type of materials that attract iron?
magnetic
What best describes earths north magnet?
Our planet behaves as though a giant bar magnet is buried deep within the earth, and lying slightly out of alignment with the earth's axis of rotation. The points where this imaginary bar magnet's magnetic field lies perpendicular to the earth are named Magnetic North and Magnetic South respectively. These points do not coincide with the earth's geographic poles, which are called True North and True South respectively. It's very important to understand that 'Magnetic North' and 'Magnetic South' describe locations, and have nothing whatsoever to do with their magnetic polarities. In fact, these locations are not fixed, but constantly move relative to True North and True South, and the locations must be taken into consideration for the purpose of navigation.A freely-suspended magnet (or a compass needle) will align itself with the earth's magnetic field and will always come to rest pointing in a Magnetic North - Magnetic South direction. Because of this, one end of the magnet was originally named its 'North-Seeking Pole', while the other end was named its 'South-Seeking Pole'. Over time, we have dropped the word 'seeking' from these expressions, and now call the ends of a magnet (or compass needle) its 'north pole' and its 'south pole' which, by common consent, are used to identify the magnetic polarities of a magnet. Because 'unlike poles attract', this means that the magnetic polarity of Magnetic North (i.e. the location) must be a south pole, and the magnetic polarity of Magnetic South must be a north pole.To summarise, the terms 'Magnetic North' and 'Magnetic South' are locations so-named to differentiate them from 'True North' and 'True South' for the purpose of navigation. Because the north pole of a magnet or compass needle is attracted towards Magnetic North, that location's magnetic polarity is south. And, of course, the magnetic polarity of Magnetic South location is north.From geological records obtained from magnetized rock strata and other natural materials, it is well-known that the magnetic poles have actually "flipped over" several times during the many aeons of the earth's long history (although not during man's existence). Should this do so again in the future, it will have no affect whatsoever on the locations or on naming of 'Magnetic North' and 'Magnetic South', although their magnetic polarities will, of course, reverse!For more information see the Related links shown below.
What best describes earth south magnetic pole?
The terms, 'Magnetic North' and 'Magnetic South', are used to differentiate between their locations and those of 'True North' and 'True South'. 'Magnetic North' and 'Magnetic South', are places and have nothing whatsoever to do with the magnetic polarities associated with these places. The magnetic polarity at Magnetic North is a south pole, and the magnetic polarity at Magnetic South is a north pole. This is why the earth's magnetic field leave from Magnetic South and enter at Magnetic North -the directionof the field being the direction in which a compass needle will point.
Which word best describes the shape of the earth?
spheroid
which best describes precession ?
Earth's axis wobbles.
Which best describes air?
A force that surrounds earth
What term best describes Earth's atmosphere?
vgrvr
What fruit best describes the the layers of earth?
a avocado
