The sun is north of the equator for 6 months every year, and south of the equator during
the other 6 months.
In order to accomplish these gyrations, it crosses the equator twice a year ... on March 21
moving north, and on September 22 moving south.
The sun moves north and south of the equator throughout the year, causing the change in seasons. During the March and September equinoxes, the sun is directly over the equator.
Areas farther north or south of the equator reception of the sun depends with the position of the sun at the time.
Please rephrase the questionThe equator is the imaginary line around the earth that is equidistant form the poles.There IS no North or South Equator.
solstice
solstice
The Equator is the imaginary line halfway between the North and South Poles and is at zero degrees latitude. It divides the Earth into North and South Hemispheres. The Sun appears directly above the Equator at the Autumn and Spring equinox.
At the equinox (either one of them) the Sun is directly above the equator, neither north nor 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.
It is the closest place to the sun.
Exactly straight over the equator. It's a tiny bit north of the equator just before the Autumnal Equinox, and a tiny bit south of the equator just after it. In other words, the sun is 'moving' south. At the Vernal Equinox, it's also precisely over the equator, but 'moving' north.
Depends on how far north or south you are from the equator.
The Sun sets in the West every day of the year. If you are referring to how far North or South of due West the Sun will set, it depends on whether you live North or South of the Equator, and how far you live from the Equator.
The sun would rise in south and set in the north. Also the poles would become the equator and the equator the poles.