How can earth's heat transfer to a vacuum?

Question

If the earth's heat relies on transfer to outer space and that being a vacuum and the ozone layer prevents heat transfer could ozone be scientifically produced?

Answer 1

Ozone CAN be produced. It's nothing more than O3. And heat transfer in a vacuum is accomplished through heat radiation, or radiant heat. There are 3 modes of heat transfer: conduction (touching of objects), convections (near objects transfer heat through fluid environments), and radiation. Since, in a vacuum, there is no fluid environment (very little at least), and as long as you're not touching the other object, most of the heat transfer occurs in the form of radiation.

Answer 2

Interplanetary space is not a vacuum, although there is little mass there. Regardless, heat transfer via radiation does not require mass.

I'm not sure what you mean about ozone. We humans are pretty adept at making ozone.

Answer 3

The heat will have to be really hot in order to transfer to space, since it will have to break the matter of which space is made. By changing the matter, it will actually have a chance to fuse, thus creating a new mater. So, no the heat cannot be transfered from earth without dramatic transformations for both the heat and the matter at which its directed.

Answer 4

Only by radiation (as does the sun to earth).
Even though space contains traces of gases, they are too distantly spread apart to be capable of transferring heat by conduction or convection.
Ozone can be produced but, in the quantities required...No.

Answer 5

the heat of the sun is transferred to the Earth through radiation, where no movement of anything, such as with convection and conduction, is required.

Answer 6

Radiation is the answer