No. If the air is warmer than the ground any movement of heat by conduction will be from the air to the ground.
Heat in earth's atmosphere is transferred by: Radiation, Conduction, & Convection. ((:
describe how radiation,conduction,and convection heat up atmosphere?
Conduction
Radiation, conduction and convection,
through convection when the surface is warmer than the air the heat from the ground goes up and the cold from the air goes down
No because it only transfers of energy as heat through materials
No because it only transfers of energy as heat through materials
Heat in earth's atmosphere is transferred by: Radiation, Conduction, & Convection. ((:
describe how radiation,conduction,and convection heat up atmosphere?
If the earth is warmer than the air, the air in contact with earth will heat the air by conduction. This now-warmer air expands and so can rise and be replaced by cooler air, which is heated in turn. This air movement is convection, so both conduction and convection allow energy to be transferred to the air above it. There is very little radiative heating of the air near the ground, but clouds do absorb (and reflect) heat from the earth by radiation in the infrared.
Conduction is the transfer of heat from an area of warmer temperature to an area of colder temperature.
Infrared are the radiations that contain heat. Absorbing them will make atmosphere warmer.
Heat will be transferred by conduction from the warmer surface to the colder one.
Heat flows from warmer to cooler.
Radiation, conduction and convection,
Convection, conduction and radiation
Conduction