Exterior light fixtures can be a big problem because they may penetrate the air barrier, which compromises the heated envelope of the light house. However, the worst fixture is a recessed light that penetrates an attic.
Gas and liquids both take on the shape of a container.
Zinc does react when heated. It sparks, then turns to a liquid. The reaction takes place because the zinc combines with the o2 and creates zinc oxide.
Heated gloves are headed with the use of a rechargeable battery.
It may speed up when heated.
Oil does expand when heated and contracts when cooled.
Exterior light fixtures can be a big problem because they may penetrate the air barrier, which compromises the heated envelope of the light house. However, the worst fixture is a recessed light that penetrates an attic.
Exterior light fixtures can be a big problem because they may penetrate the air barrier, which compromises the heated envelope of the light house. However, the worst fixture is a recessed light that penetrates an attic.
Exterior light fixtures can be a big problem because they may penetrate the air barrier, which compromises the heated envelope of the light house. However, the worst fixture is a recessed light that penetrates an attic.
When Hg2+ (mercury oxide) is heated it creates both Hg (liquid mercury) and O2 (oxygen gas)
no heated r-22 is not dangerous how ever burned freon creates a poisonous gas called phosgene be carful
It is not the food that causes the magnetic pattern. Instead, it is the induction heated pan that creates the magnetic pattern.
No, it is not. "Regular" air is used, and it is heated. Hot air is less dense than cooler air, and it will rise. If hot air is trapped in an envelope, it will give lift to the envelope and an attached payload.
Hot spring
No. A hot air balloon is a solid object. That is, the basket, the ropes, the burner and the envelope itself are not gasses. The air within the envelope is a gas, of course; heated atmospheric gasses in fact. But the balloon itself is not a gas.
It creates Glass! : D
In a nutshell, air rises and expands when heated. Through the use of a burner the balloon pilot heats up the air inside the envelope (the balloon itself), this air inside the envelope expands and rises, lifing the basket.
when air is heated air pressure decreases because the molecules