Solar radiation penetrates most of the atmosphere and is mostly absorbed by earth's surface. The surface then radiates energy of a different wavelength (in the thermal infrared part of the spectrum, which we perceive as heat) back to the atmosphere, heating the lower atmosphere.
it is called radiation
Heat transfer within the atmosphere occurs via all three modes of heat transfer:Conduction - as the air contacts existing heat sources. These might be surfaces that have been heated previously viaabsorptionof solar radiation or from chemical reactions Convection - as warm air mixes with cold air as air currents move the air around and as buoyancy effects cause warm air to rise and cooler air to sink. Radiation - much of the air is composed of heat absorbing molecules such as water vapor. Solar radiation is absorbed by these molecules, causing them to warm up.
Global winds are *e*ffected by differences in air pressure caused by uneven solar heating of the atmosphere.
Because it is being heated from below, and warm air likes to rise. Solar radiation generally does not heat the atmosphere, but heats the earth's surface, which then radiates thermal energy (heat) back into the atmosphere. Since this warm air rises, there tends to be constant vertical motion in the lower atmosphere, which is the essence of instability.
This is straight from the book: 1.Solar radiation hits Earth and it's atmosphere 2.Earth loses energy by reflection of sunlight from its surface and from clouds, dust, and air molecules in the atmosphere 3.Earth's surface, clouds, and atmosphere lose infrared radiation(heat) to space 4.Greenhouse gasses, such as carbon dioxide, let sunlight in but keep infrared radiation from escaping to space
RADIATION
yes
it receives it from the sun in forms of electromagnetic waves / or radiation
The heating of the air goes up while heating and when it gets to the top and goes to the bottom it cools
it is called radiation
Three types of heat transfer all work together to heat the troposphere by heating the solid with air and radiation which comes from the sun
yes
1. Most of the short wave energy produced by the sun passes easily through the atmosphere and heats the surface of the earth. 2. The earth's surface then returns long- wave energy into the atmosphere. but this energy cannot easily pass out through the gases of the atmosphere. So some heat is retained in the atmosphere. 3. this is sometimes called the greenhouse effect because the glass of a greenhouse, like the atmosphere allows solar energy to pass through it and traps some of the energy inside.
no, it warms by compression heating.
The atmosphere protects us. It is a blanket of air.
Earth's land and sea absorb solar radiation, then reradiate it to the air
The sun affects the wind and air pressure when it heats up the atmosphere. As heating occurs by radiation of the sun, This encourages the activity of air molecules to increase which in return reduces the density of air. In return, the amount of density drives air pressure levels up or down depending on the level of density.