as you get closer it gets warmer and as you go farther away it gets colder
The regions closer to the equator are hotter and more moist than those further from the equator. They receive more solar energy than the poles.
It is not necessarily true that being closer to the ground means it is warmer. Temperature can vary based on various factors such as time of day, location, and weather conditions. In some cases, being close to the ground might feel cooler due to factors like shade or proximity to bodies of water.
This is only true for the northern hemisphere. The reason is that the further south you go, the more directly overhead the sun is on average. The means that there is more heat from the sun per square mile.
Cooler air is lighter and rises to the top, while warmer air is heavier and sinks to the bottom. There is actually a cycle of heating and cooling of the air, which causes wind. Te longer the cooler air is of higher altitude, the warmer it is going to get; this is also true of the warmer air, but vise versa. The warmer air gets cooler and starts to rise while the cooler air gets warmer and starts to sink.
True
The regions closer to the equator are hotter and more moist than those further from the equator. They receive more solar energy than the poles.
No not true.
It is not necessarily true that being closer to the ground means it is warmer. Temperature can vary based on various factors such as time of day, location, and weather conditions. In some cases, being close to the ground might feel cooler due to factors like shade or proximity to bodies of water.
This is only true for the northern hemisphere. The reason is that the further south you go, the more directly overhead the sun is on average. The means that there is more heat from the sun per square mile.
True. The strength of an electrical field follows an inverse square law.
Yes. Since latitude is measured in degrees north or south of the Equator (0° latitude), the lower latitude numbers are closer to the tropics, while the higher ones are comparatively closer to the poles. Although it is not always true, locations at "lower" latitude numbers will generally be warmer than locations at "higher" numbers.
It is true that if when x is getting larger, y is getting smaller, that would be an inverse relationship.
Cooler air is lighter and rises to the top, while warmer air is heavier and sinks to the bottom. There is actually a cycle of heating and cooling of the air, which causes wind. Te longer the cooler air is of higher altitude, the warmer it is going to get; this is also true of the warmer air, but vise versa. The warmer air gets cooler and starts to rise while the cooler air gets warmer and starts to sink.
True, the absorption of UV rays by the ozone layer creates heat which forms the stratosphere, which gets warmer the higher you go.
True
TRUE That is why its called equator: equal
i think its true