The amount of sunlight received at a given location depends on its latitude and time of year rather than simply whether it's in the north or south. Generally, areas closer to the equator, which can be found in both the Northern and Southern Hemispheres, receive more direct sunlight year-round compared to regions further north or south. Seasonal variations also influence sunlight exposure, with regions experiencing longer days in summer and shorter days in winter. Overall, equatorial regions receive the most sun rays consistently throughout the year.
It is generally hotter in the south than in the north due to the tilt of the Earth's axis and its curvature, which causes the sun's rays to strike the southern regions more directly. This results in a higher concentration of solar energy in the southern latitudes, leading to warmer temperatures. Additionally, geographic factors such as ocean currents and prevailing winds can influence regional climates, contributing to the overall temperature differences between these areas.
Sun Belt
It depends on whether the sun is in front or behind you.
They wanted to keep slavery in the country, because their ecosystem relied on slaves to do farm work. The north did not need slaves as much, because they didn't rely on farm work, like the southerners did. With out slaves in the south, then the farmers had to do their own work. That would have slowed down the process of farming, because there were less farmers than slaves. It isn't really too fun to work in the hot sun either. The slaves' black skin did not get burned easily. But the farmers would have to do the work by themselves, and they did not want that.
The Early People crossed the land bridge(called Beringia because when it melted it became known as the Bering Strait) from Asia to North America thousands of years ago because the mammoths migrated there and if the mammoths left and the Early People didn't they wouldn't have food to eat. They would need some meat other than all vegetables. If they wouldn't have followed the mammoths, the mammoths would still be alive today walking our streets and destroying everything in its path. Also we probably wouldn't be in America if they didn't.
North and south pole
North and south pole
solstice
In short, the seasons are the result of the uneven heating of the Earth as it orbits around th Sun. The rotational axis of the Earth is not perpendicular to the orbital plane of the Earth around the Sun. Rather, it is at an angle, resulting in the North Pole pointing more toward the Sun at one point of the orbit compared to the South Pole, and the South Pole pointing more toward the Sun at the other side of the orbit. This results in the Sun's rays striking the northern hemisphere more directly when the North Pole is pointed more toward the Sun, and the rays strikiing more at an angle in the southern hemisphere. The opposite is true when the Earth is on the other side of its orbit around the Sun. The energy from the Sun's rays heat the Earth much more when the rays are more direct.
There is more ice on Antarctica to reflect the sun's rays back into space -- albedo, than there is in the Arctic Ocean.
The Bahamas are just north of Cuba, still near the Equator. So the Sun's rays hit them more directly than at any where further north or south of the Equator.
The axis of the planet Earth is declined in the sense of its rotation around the Sun. That's why the Sun rays reach more the North hemisphere when the South hemisphere faces away from it.
During the winter solstice the Sun's rays are tangent to the Arctic and Antarctic Circles. At this time the North Pole is facing away from the Sun, while the South Pole is facing into the Sun.
At the time of the equinoxes, the sun's rays would be nominally tangent to the Earth at the north and south poles. Those are 90 degrees north and south of the equator respectively. Also I think at either 23.5 degrees north or 23.5 degrees south at sunrise and sunset.
On earth North Pole And South Pole In Soler System Pluto
During the solstice (our summer for north, our winter for south).
The Equator is directly facing towards the Sun, and so the Sun's rays hits the Equator more directly. As you move north or south, away from the Equator, the Sun's ray hit the Earth at a sharper angle. With further to travel through our atmosphere, the rays are cooler when they strike the Earth.