I think it is graph A, but I am not completely sure. If you are wrong, don't blame me! By the way, do you like crabs? Cause I do :D
Btw, Graph A is the straight graph
The warning "do not incinerate" on aerosol containers is important because aerosol products contain flammable propellants under pressure. If the container is exposed to high temperatures or flames, it can explode, causing serious harm to individuals and property. Following this warning helps prevent accidents and ensures safe handling of aerosol products.
An aerosol can contains compressed gas, which is already under pressure. If the gas is heated the pressure will increase, and if it heated a lot, the pressure will become great enough to cause an explosion. The connection between temperature and pressure comes about because temperature, on the molecular level, is determined by the speed at which the molecules are moving. And faster molecules have more energetic collisions, thereby exerting more pressure.
Zinc carbonate decomposes when heated to give zinc oxide.
Aerosol cans contain pressurized flammable gases that can explode when exposed to high heat, such as in a fireplace or incinerator. This can result in serious injury or property damage. It is important to follow proper disposal methods for aerosol cans to ensure safety and protect the environment.
Heat causes particles to move faster, and the faster a praticle moves, the more energetic are its collisions, thereby exerting more pressure on the walls of any container that the particles are in, and enough pressure gives an explosion. This warning is necessary on aerosol cans because garbage is often thrown into incinerators, and that is not safe in the case of aerosol cans which will explode.
Nothing.
When matter is heated it will expand
Earth's lower atmosphere cools.
Earth's lower atmosphere cools.
The warning "do not incinerate" on aerosol containers is important because aerosol products contain flammable propellants under pressure. If the container is exposed to high temperatures or flames, it can explode, causing serious harm to individuals and property. Following this warning helps prevent accidents and ensures safe handling of aerosol products.
no answer
When an enzyme is heated it is denatured, which means that it can no longer function.
Ozone when heated gets decomposed. It decomposes into oxygen.
it will evaporate
It cooks.
nothing
they undergo gelatinization.