What will happen if the earth position moves down vertically of the present plain ?
1 way to define the equator of a sphere is to say it is the intersection of a plane along 1 of the great circles of the sphere
shifting it down would put it outside of a great circle
it doesn't actually shift just the imaginary line you are thinking of is what shifts
\I probably phrased wrong my thinking .
I agree there is only one diameter .
I meant the intensity of the sun shifted slightly to a higher latitude , and so the norther region will get warmer and the southern hemisphere will get colder
1 way to define the equator of a sphere is to say it is the intersection of a plane along 1 of the great circles of the sphere
shifting it down would put it outside of a great circle
it doesn't actually shift just the imaginary line you are thinking of is what shifts
\I probably phrased wrong my thinking .
I agree there is only one diameter .
I meant the intensity of the sun shifted slightly to a higher latitude , and so the norther region will get warmer and the southern hemisphere will get colder
I think what you are asking is what would happen if one of the poles was tilted toward the sun AND as the earth orbited the sun the pole was continually pointed toward the sun. Is that right?
Assuming that is right, first of all orbital mechanics say that can't happen. If this was able to occur then I guess the warmest spot on the earth would be some latitude between the equater and the pole. The opposite pole would be in perpetual darkness so it would be very cold and that hemisphere would probably be locked in a countinual ice age. I would assume there would be some very interesting storms due to the different extremes in temperature and due to the ocean currents cycling hot and cold water to the different latitudes. :shrug:
Let me rephrase one more time.
1 The sun is 60 larger then the earth .
2 Let assume the sun diameter is in the same plane as the earths diameter.
3 Assume the highest radiation from the sun comes from the equator from the sun
4 therefore the highest intensity will be at the earths diameter
5 Now let say the earth slips vertically a few degree from the original plane with respect to the sun equator .
6 Now should it not be warmer at the Arctic and cooler at the Antarctic ?
Because this is not the situation.2 Let assume the sun diameter is in the same plane as the earths diameter.
You have heard of axial tilt, haven't you?5 Now let say the earth slips vertically a few degree from the original plane with respect to the sun equator
Why? The Earth rotates and orbits. Sometimes the North pole is tilted towards the Sun, sometimes it's tilted away.6 Now should it not be warmer at the Arctic and cooler at the Antarctic ?
Why don't you go outside and measure the temperature?
Because this is not the situation.
You have heard of axial tilt, haven't you?
You do know that's why we have seasons, don't you?
I know about the tilt, but I am bringing a different condition , vertical shift of the earth as a whole, not tilting of the axis
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Apart from the question "how would it do that" it would still have to orbit the centre of mass of the solar system, so it would be "down" on one side of its orbit, getting insolation of the North Pole and "up" on the other side, heating the South Pole.I know about the tilt, but I am bringing a different condition , vertical shift of the earth as a whole, not tilting of the axis
Apart from the question "how would it do that" it would still have to orbit the centre of mass of the solar system, so it would be "down" on one side of its orbit, getting insolation of the North Pole and "up" on the other side, heating the South Pole.
Probably.Here is my question : TAKE X,Y,Z, Hypothetically, at the present our position is ( 3,3,0 )
with respect to the sun . Now what will happen when our position becomes
(3,3,-1 ) will the Arctic get warmer and the Antarctic become cooler ?
What will happen if the earth position moves down vertically of the present plain ?
incidentally the Earth isn't completely spherical, it's height is less than it's rotund width/breadth.
http://en.wikipedia.org/wiki/History_of_geodesy
What will happen if the earth position moves down vertically of the present plain ?