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How cool it is that HOT AIR CAN MOVE from one place to another THROUGH A LIQUID!
heat scattering
insulation
conduction
temperature
specific heat
kinetic theory of matter
radiation
convection
To find this NUMBER, simply MEASURE the AVERAGE MOVEMENT OF ALL THE PARTICLES.
heat scattering
insulation
conduction
temperature
specific heat
kinetic theory of matter
radiation
convection
How cool it is that WARM AIR often TRAVELS from one place to another in the form of LIGHT WAVES!
heat scattering
insulation
conduction
temperature
specific heat
kinetic theory of matter
radiation
convection
How cool it is that HOT AIR can be TRANSFERRED from ONE SOLID OBJECT TO ANOTHER.
heat scattering
insulation
conduction
temperature
specific heat
kinetic theory of matter
radiation
convection
If you want to keep your house cool over the summer, just make sure the MATERIAL THAT PREVENTS THE FLOW OF WARM AIR is working well.
heat scattering
insulation
conduction
temperature
specific heat
kinetic theory of matter
radiation
convection
How interesting it is to think that the PARTICLES of the SUBSTANCES THAT TAKE UP SPACE are ALWAYS MOVING.
heat scattering
insulation
conduction
temperature
specific heat
kinetic theory of matter
radiation
convection
Let's see how much WARM ENERGY it takes to RAISE the AVERAGE MOVEMENT of the PARTICLES OF 1 KG of this SUBSTANCE by 1 DEGREES CELSIUS.
heat scattering
insulation
conduction
temperature
specific heat
kinetic theory of matter
radiation
convection
Waves of WARM AIR often BOUNCES OFF IN DIFFERENT DIRECTIONS due to their CONTACT WITH PARTICLES OF THE ATMOSPHERE AND H2O.
heat scattering
insulation
conduction
temperature
specific heat
kinetic theory of matter
radiation
convection
Check it!