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System of orbits
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The suns pole reversals are tied to it's what?
The Sun's pole reversals are tied to its magnetic field dynamics, specifically the solar cycle, which lasts about 11 years. During this cycle, the Sun's magnetic field undergoes significant changes, including the reversal of its magnetic poles. This phenomenon is linked to the movement and interaction of plasma within the Sun, driven by its differential rotation and convection processes. These reversals influence solar activity, including sunspots and solar flares, affecting space weather and conditions in the solar system.
What is the direction of the suns rotation?
The Sun rotates on its axis in a counterclockwise direction when viewed from the North Pole. This means that if you were looking down on the solar system from above the Sun's North Pole, it would appear to be rotating in a counterclockwise direction.
Where on earth are the suns rays most intese Least intense?
The sun is directly overhead between the Tropic of Cancer (June) and the Tropic of Capricorn (December) when it's rays are most intense. They are least intense at the South Pole (June) and North Pole (December).
Can you replace double pole with two single poles?
Yes, you can replace a double-pole circuit breaker with two single-pole circuit breakers if they are connected to separate circuits. It's important to ensure that both single-pole breakers have the appropriate ampacity and are properly installed according to electrical code.
What is the angle of the suns rays in the South Pole?
At the South Pole, the sun rises about September 21 and sets about March 21. The highest angle of the sun above the horizon is about 23.5 degrees. While the sun is up, its orb never dips even half way below the horizon.
What is the suns pole reversal tied to?
System of orbits
The suns reversals are tied to it's?
The sun's pole reversal is tied to the sunspot cycle.
The sun's pole reversals are tied to its?
The sun's pole reversal is tied to the sunspot cycle.
There are 50 horses and 7 poles all horses must be tied to the poles each pole should have only odd number of horses say how will tie them?
some horses will have to be tied to more than one pole, e.g. 6 to first pole, plus 1 tied to first and second, 6 tied to second pole, plus 1 tied to second and third, 6 tied to third pole, plus 1 tied to third and forth, 6 tied to forth pole, plus 1 tied to forth and fifth, 6 tied to fifth pole, plus 1 tied to fifth and sixth, 6 tied to sixth pole, plus 9 tied to the last pole =50.
What happened to Odysseus when he saw the sirens?
he was tied to a pole on his ship and he managed to ignore the sirens cuz he was tied to the pole
What lets the north and south pole cold?
the suns rays
Is it true that the suns radiant energy is strongest at the North Pole and the South Pole?
No, the sun's radiant energy is strongest at the Equator.
Has Bipasha Basu been tied up?
Yes go on youtube and type in bipasha bAsu tied up shes tied to a pole
How do swings work?
swings are tied from a pole that connects to the ground.
What abuse did the Jews get?
They were abused by a pole with a U shaped end. They were tied up to a pole and stuck the U shaped pole in their ribs. It's either that or they were put on the cross.
A horse is tied with a two meter long rope at a pole what distance will the horse run around the pole with rope tightly streached if it takes one and a holf round?
If a horse is tied with a two meter rope at a pole, there is no way of knowing the distance if he runs around it one and a half time. Without knowing the size of the pole, it's impossible to say.
The suns pole reversals are tied to it's what?
The Sun's pole reversals are tied to its magnetic field dynamics, specifically the solar cycle, which lasts about 11 years. During this cycle, the Sun's magnetic field undergoes significant changes, including the reversal of its magnetic poles. This phenomenon is linked to the movement and interaction of plasma within the Sun, driven by its differential rotation and convection processes. These reversals influence solar activity, including sunspots and solar flares, affecting space weather and conditions in the solar system.
