Would the magnet between the earth and the sun ever break?
- 8 months agoFavourite answer
Are you talking about the magnetic fields of the Sun and Earth? If that's the case, eventually, yes. The "magnet" between the Earth and Sun will break when the Sun dies, or Earth gets destroyed when the Sun becomes a Red Giant.(look it up if you don't know what it is.) Even then the Earth might still exist, just without any life on it. This will take BILLIONS of years to happen however. If you're talking about the gravitational forces, no. The interaction of the Sun's gravity and the Earth's will never cease. Every object in the Universe has gravity, no matter how small. This interaction will go on for an indefinite amount of time. Hope this was helpful!
- Anonymous8 months ago
How I love Black holes...
- PhilomelLv 78 months ago
No, If they have mass there is gravity. It is not magnetism.
- oubaasLv 78 months ago
It will happen for sure ...but by billion years
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- CarolOklaLv 78 months ago
No, but Earth CAN lose its GLOBAL magnetic field like Mars has when enough of the outer liquid core cools off and crystallizes. Mats still has large regional magnetic anomalies. So does Earth.
Magnetic fields do not "break." The polarity and strength of magnetic field can and does decrease. That has been happening to Earth's magnetic field for decades. The magnetic polarity will flip, but I may take thousands of years to happen. It HAS happened many times before.
Gravity and magnetism are 2 different forces. Magnetism does NOT keep Earth in orbit around the Sun.
- VamanLv 78 months ago
There is no magnet between the Sun and Earth. The Earth has the molten core which is a very good conductor. When it spins it produces the magnetic field. Similarly the Sun and stars. Therefore, these magnetic fields are almost permanent.
- skepticLv 68 months ago
Where exactly is this 'magnet' located at? floating in space?
- Anonymous8 months ago
If it does we're screwed
- Kid MohawkLv 58 months ago
Not without a greater gravitational force acting against Sol.
- martyLv 78 months ago
If you're talking about the gravitational pull that keeps the earth in its orbit, there is a possibility, however low, of Earth breaking free from Sun's gravitational field and drifting off to space if it attained a velocity greater than or equal to the escape velocity. Escape velocity is the speed at which the sum of the energies (kinetic and gravitational potential energy) is equal to zero.