When air is reduced to the dew point temperature and is near the ground, a fog is formed. It is a form of a stratus cloud.
Air near the ground is not directly heated by sunlight. Sunlight heats the surface of the Earth with (mostly) short-wave energy. The surface of the Earth absorbs this short-wave energy and emits long-wave energy. This long-wave energy is what heats air near the ground. When air is heated, it expands, becomes lighter, and rises higher in the atmosphere. This is the driving force behind all weather on the planet.
Near the poles, sunlight has to travel through more atmosphere to reach the surface, which reduces the amount of heat that reaches the ground. Additionally, the angle at which sunlight hits the Earth's surface near the poles is more oblique, spreading the energy over a larger area and leading to lower temperatures.
The atmosphere near Earth's surface is primarily warmed through the process of conduction, where heat is transferred from the Earth's surface to the air molecules in direct contact with it. Additionally, sunlight absorbed by the Earth's surface is re-radiated as heat, warming the surrounding air.
Fog or dew forms when water vapor condenses near the ground. Fog occurs when the condensation is widespread and reduces visibility, while dew is the formation of water droplets on surfaces like grass or leaves.
Condensation on the ground forms due to the cooling of air near the ground, causing water vapor to condense into liquid water droplets. This occurs when the ground cools overnight, reaching the dew point temperature where condensation can no longer be held in vapor form.
Air near the ground is not directly heated by sunlight. Sunlight heats the surface of the Earth with (mostly) short-wave energy. The surface of the Earth absorbs this short-wave energy and emits long-wave energy. This long-wave energy is what heats air near the ground. When air is heated, it expands, becomes lighter, and rises higher in the atmosphere. This is the driving force behind all weather on the planet.
Cool air rushes in to replace the rising warm air.
Earthquake
Earthquake
Near the poles, sunlight has to travel through more atmosphere to reach the surface, which reduces the amount of heat that reaches the ground. Additionally, the angle at which sunlight hits the Earth's surface near the poles is more oblique, spreading the energy over a larger area and leading to lower temperatures.
its where it started from so there is going to be more pressure there
The atmosphere near Earth's surface is primarily warmed through the process of conduction, where heat is transferred from the Earth's surface to the air molecules in direct contact with it. Additionally, sunlight absorbed by the Earth's surface is re-radiated as heat, warming the surrounding air.
Fog is a type of cloud that forms near the ground. It occurs when air near the surface cools to the point where it can no longer hold its water vapor, causing it to condense into tiny water droplets.
smog...
Sound tends to bend upward when it travels faster near the ground than higher up, which is known as a temperature inversion. This occurs because sound waves are refracted towards the cooler, denser air near the ground.
Sound tends to bend upward when it travels faster near the ground than higher up. This phenomenon, known as positive refraction, occurs when sound waves are refracted upward due to a decrease in temperature near the ground.
Convectional rainfall occurs as a result of one of the three mechanisms that produce rain. When a fluid, such as air, is warmed from the bottom, for instance by earth warmed by sunlight, the lighter air rises drawing cooler air in underneath it. This sets up a so-called convectional flow. If the air near the ground is moist then when the it rises it will form clouds whose droplets coalesce to form convectional rain.