Cold air sinks
If the poles received less energy then it would be darker most of the day and year causing a drop in temperature causing the freezing and formation of new glaciers, decreasing the sea level.
On June 21, the North Pole experiences 24 hours of daylight due to the Earth's tilt towards the Sun. This means that the North Pole receives continuous sunlight and thus greater solar energy compared to the equator, which only receives sunlight during the day.
During winter in the US, the northern hemisphere is tilted away from the sun, causing sunlight to strike at a lower angle. This results in the sunlight being more spread out and less concentrated, leading to less direct energy reaching the US compared to other seasons when the hemisphere is more directly facing the sun.
In the short term, anywhere where it is night.In the long-term average, the areas around the north pole and the south pole get the least solar energy.
The south pole receives the most sunlight in December.
When the North Pole has summer, the South Pole has winter. This is because the Earth's axis is tilted, causing one pole to receive more direct sunlight (summer) while the other pole receives less direct sunlight (winter).
The equator receives more direct light sunlight than the north pole.
The technical definition of a desert is an area of land that receives on average less than 250mm of precipitation in a year. The inland Arctic receives less than 150mm and so is indeed a desert (the second largest in the world, with the first being Antarctica).
Elastic Potential Energy
The Equator receives 12 hours of sunlight every day all year. The poles only receive six months of sunlight, and the Northern Hemisphere experiences different amounts of sunlight in hours each day, depending on the season.
they will repel
The South Pole is classified as a desert due to its low precipitation levels. It receives very little annual rainfall, averaging less than 10 cm (4 inches) of precipitation per year, which mostly falls as snow.
The kind of energy involved in balancing a plate on a pole is primarily potential energy. The plate has potential energy due to its height off the ground, and when balanced on the pole, it also has rotational potential energy. As the plate wobbles and shifts, potential energy is converted into kinetic energy and back into potential energy to maintain balance.