The axial tilt of the Earth causes the north pole to be tilted away from the Sun in December, resulting in no direct sunlight reaching that region. As a result, the outer edge of the atmosphere at the north pole does not receive any solar radiation during this time.
If we are talking about solar heating it warms mostly the equator. If we are talking about actual radiation we are least protected from it at the North and South pole. So even though the radiation itself may not be directed at the poles that is where a person would experience it the most.
Half. The other half is south of the celestial equator.It depends on the where you're looking from (at the equator it is half and half). If you are at latitude 30 degrees north, then about 2/3 of "your" sky is north of the celestial equator (30 degrees north means that you are one-third of the way north from the equator to the North Pole.)
At the equinox (either one of them) the Sun is directly above the equator, neither north nor south.
A declination of +30 degrees. This means it is 30 degrees north of the celestial equator.
The tilt of the axis and the curvature of the earth.
Areas farther north or south of the equator receive less sunlight because the angle of the sun's rays is lower, spreading out the energy over a wider area. This results in cooler temperatures and shorter days in those regions, especially during winter months.
In June, the outer edge of the atmosphere at the equator receives less solar radiation than the north pole and 40 degrees north latitude because the angle of incidence of the sun's rays is lower at the equator due to the Earth's axial tilt. This results in the solar radiation being spread over a larger area at the equator compared to the more concentrated radiation received at higher latitudes.
Latitude affects the climate of North America by influencing the amount of sunlight the region receives. Areas closer to the equator receive more direct sunlight and tend to be warmer, while areas farther from the equator receive less direct sunlight and tend to be cooler. This results in a variation in temperatures and climate patterns across North America from north to south.
Actually the warmest are found closer to the tropics (23° North and South of the Equator). This is because those areas get sunlight directly overhead where the radiation of the Sun passes through the least atmosphere and has the greatest energy.
Actually the warmest are found closer to the tropics (23° North and South of the Equator). This is because those areas get sunlight directly overhead where the radiation of the Sun passes through the least atmosphere and has the greatest energy.
Water evaporates more from areas near the equator.
The earth's polar areas are at ARCTIC to the north and ANTARCTIC to the south of the equator.
The North and South poles
The further south or north from the equator, the shallower the angle of the sun's rays hitting the earth's surface. This means that the rays travel through the atmosphere further and so have time to cool. The sun's rays hit the equator dead on, concentrated, but they hit the North and South pole at an angle, so the heat is spread out over a larger area.
Actually the warmest are found closer to the tropics (23° North and South of the Equator). This is because those areas get sunlight directly overhead where the radiation of the Sun passes through the least atmosphere and has the greatest energy.
areas between 23.5 degrees north and south latitude