Conduction cannot occur within a vacuum because it requires a substrate (i.e. matter) for energy to be transferred.
by radiation - convection and conduction cannot occur in a vacuum!
Because conduction and convection require particles to transfer heat. Space is a vacuum (has no particles in it) so convection and conduction cannot occur.
No. Conduction needs a material and an atmosphere to be transmitted.
Because in space there are no particles (this is called a vacuum), however conduction and convection require particles to work eg. solids, liquids and gases have particle arrangements. So thermal radiation has to travel through space via radiation as space is a vacuum and particle-less.
Conduction cannot occur within a vacuum because it requires a substrate (i.e. matter) for energy to be transferred.
Conduction cannot occur within a vacuum because it requires a substrate (i.e. matter) for energy to be transferred.
by radiation - convection and conduction cannot occur in a vacuum!
Because conduction and convection require particles to transfer heat. Space is a vacuum (has no particles in it) so convection and conduction cannot occur.
Radiation is the only type of heat transfer that can occur through vacuum (space with no particles).
No. Conduction needs a material and an atmosphere to be transmitted.
Conduction occurs between two contacting objects, so whether or not they're in a vacuum is irrelevant.
Yes, since there would be no conduction of sound in a vacuum.
Conduction needs a conducting medium. Convection needs something to convect. Neither exists in a vacuum.
No
Because in space there are no particles (this is called a vacuum), however conduction and convection require particles to work eg. solids, liquids and gases have particle arrangements. So thermal radiation has to travel through space via radiation as space is a vacuum and particle-less.
The vacuum reduces both conduction and convection.