the tilting of the earths axis with respect to the sun is a much greater influence on the strength of the sun's rays than the distance between sun and earth
The northern hemisphere does not experience winter when the Earth is farthest from the sun.The cause of the seasons is the Earth's axial tilt, which is independent of the apsides of Earth's orbit, known as aphelion and perihelion.When Earth is farthest from the sun, it is at aphelion. Aphelion currently occurs in July, which is the Northern Hemisphere's summer.
The Northern Hemisphere does not experience winter when the Earth is farthest from the sun.The cause of the seasons is the Earth's axial tilt, which is independent of the apsides of Earth's orbit, known as aphelion and perihelion.When Earth is farthest from the sun, it is at aphelion. Aphelion currently occurs in July, which is the Northern Hemisphere's summer.
Seasons are not controlled by the distance from the sun, but by the tilt of the earth in relation to the sun. Tilted away, cooler. Tilted towards, warmer.
At the winter solistice.
the tilting of the earths axis with respect to the sun is a much greater influence on the strength of the sun's rays than the distance between sun and earth
At aphelion, Earth receives 6.9% less of the solar radiation than at perihelion. Aphelion happens around July 4, so this means slightly cooler summers for the Northern Hemisphere and slightly cooler winter for the Southern Hemisphere..
No,it hits the southern hemisphere directly in the winter of the northern hemisphere. Otherwise it would be summertime in the northern hemisphere. -Monicalovesu
From 1900 to 2150, the average length of time per year from the beginning of the northern hemisphere summer to the beginning of the northern hemisphere winter is 183.52 days, and the average length of time per year from the beginning of the southern hemisphere summer to the beginning of the southern hemisphere winter is 181.72 days. The reason that northern hemisphere summers are longer than southern hemisphere summers is that Earth is closest to the sun, at its perihelion, in January, and it's farthest from the sun, at its aphelion, in July, and orbiting bodies always travel faster when they're closer to the body they're orbiting.
The seasons are created primarily by the tilt of the Earth's axis. It just happens that the axis is tilted so that the most indirect light hits the Northern Hemisphere when the Earth is nearer the Sun, creating the Northern Hemisphere winter.
No. The Northern Hemisphere (which the United States is in) axial tilt is the farthest from our Sun, when it is winter in the Northern Hemisphere. During that same time, the Southern Hemisphere is tilted toward the sun, and it is summer time in the Southern Hemisphere.
In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.In the southern hemisphere the summer months of the northern hemisphere are winter months and the winter months of the northern hemisphere are summer months. So the answer is no.
It doesn't, really, much. The effect of apsis is completely swamped by the effect of axial tilt. I believe that southern hemisphere summers tend to be hotter, and southern hemisphere winters colder, than corresponding latitudes in the northern hemisphere due to the date of apsis (early January). But I don't know for certain that this is true.