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... Axial Tilt, about 1/3 the width of earth ...
Current theory, Axial Tilt.Mathmatics:The temperature just outside Earths Atmosphere 120 Degrees Celcius / ( Earth's distance from the Sun 149.6 million km / Axial Tilt, about 1/3 the width of earth (6,371 km / 3 = 2,123.66)= 70444.42142339169)= 0.0017034705882353 degrees Celcius.Not anywhere near enough to produce the Seasons.Traveling Sun Producing The Seasons?Earth along with it,When the Earth is somewhere behind the Suns path, it receives more heat as moving nearer to where the Sun was thus Summer. When in front of the Suns path, no more additional heat thus winter.
Quote from: paulggriffiths on 17/07/2017 00:13:58Current theory, Axial Tilt.Mathmatics:The temperature just outside Earths Atmosphere 120 Degrees Celcius / ( Earth's distance from the Sun 149.6 million km / Axial Tilt, about 1/3 the width of earth (6,371 km / 3 = 2,123.66)= 70444.42142339169)= 0.0017034705882353 degrees Celcius.Not anywhere near enough to produce the Seasons.Traveling Sun Producing The Seasons?Earth along with it,When the Earth is somewhere behind the Suns path, it receives more heat as moving nearer to where the Sun was thus Summer. When in front of the Suns path, no more additional heat thus winter.Your calculations are incomplete. Can you show them in their entirety?
The temperature just outside Earths Atmosphere 120 Degrees Celcius
Earth's distance from the Sun 149.6 million km ... Axial Tilt
Axial Tilt, about 1/3 the width of earth
Axial Tilt
When the Earth is somewhere behind the Suns path, it receives more heat as moving nearer to where the Sun was thus Summer. When in front of the Suns path, no more additional heat thus winter.
My Theory works with oblique angles, Axial Tilt doesn't.
Light from the sun hitting the Earth at an oblique angle, like at the poles, is spread over a larger area than light hitting Earth at a right angles, like at the equator. So the solar energy per unit area is higher at the equator that at the poles, so the equator is hotter than the poles, even though they are essentially at the same distance from the sun.
as I understand it, the earth does not get 'in' the Sun's forward path.
Quote from: paulggriffiths on 17/07/2017 11:52:16The areas you've coloured green are not equal ...Quote from: RD on 17/07/2017 04:38:01Light from the sun hitting the Earth at an oblique angle, like at the poles, is spread over a larger area than light hitting Earth at a right angles, like at the equator. So the solar energy per unit area is higher at the equator that at the poles, so the equator is hotter than the poles, even though they are essentially at the same distance from the sun.
Why do people say spread? What I can understand is it's very hot on the outside and cools down the more the light goes thru the atmosphere.Problem is with oblique angles, in Britain why is Summers Night not colder that Winters Day?
Britains Summer night would be colder than Wintors Day
Axis Tilt does not work alone because then Britains Summer night would be colder than Wintors Day,