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| The gravity of two mountains deflect sun light concentrating it with heat in middle lowlands or plains in a process known as gravitational micro-lensing. This is the process which make some places have record higher than normal temperatures. |
HOW GRAVITY CONCENTRATES HEAT TO PRODUCE WORLDS HOTTEST SPOTS:
Our climate and weather are by a big degree influenced by the gravity of the locality of a given environment.The arrangement of gravitational entities of a given place in a region determine not only its weather patterns, but the climatic conditions of the area in general.
Mountainsare naturally strong gravitational entities which significantly influence our climatic conditions in many ways. One of these is by a process called gravitational micro-lensing. This effect is observed when light passes near a compact hallo object in space, such as a planet. It undergoes a form of distortion, taking a curved path.
This means the arrangement of planets can diverge or converge sunlight in its path like a lense.Although this effect is usually observed in space, it has a profound influence in our weather and climate. The gravity of mountains attract sunlight from far towards it but deflect it away to the sides from near, and pouring it with heat in nearby lowlands or plains.
This effect is unknown within the atmosphere and is responsible for temperature variations in close by regions. In some cases, it can concentrate a lot of heat on a small spot to produce record high temperatures. This is how the worlds highest temperature spots occur. This is one of the major reasons why lowlands are hotter than highlands.
The record temperatures in the hottest spots in the world can vary with time of the day and
year as well. This is the result of the fact that the arrangement of the planets in a certain period of the year play a role in the process. A particular arrangement of these bodies can contribute in concentrating the light and heat for the excess temperatures.
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