Because non-volatile liquids don't work.
What kind of liquids are you talking about? ... and why do you mean volatile? Do you mean flammable? The question refers to the propellants used in aerosol spray cans. If aerosol cans were filled with compressed gas, they would have to be designed to withstand extremely high pressures, which would not be cost-effective. Instead, liquid propellants (usually butane, isobutane or propane) are used, which allow a much larger amount of propellant to be stored, at a reasonable pressure. These liquid propellants are "volatile" in the sense that a small amount of the liquid evaporates every time some of the gas is released, so that the vapor and liquid stay in equilibrium. As it happens, most of these liquid propellants are also flammable, but the term "volatile" refers to their tendency to evaporate.
By agreement, the very definition of 'volatile liquid' identifies a liquid which evaporates at Standard Temp/Pressure. The rate at which it evaporates is called its vapor pressure. High VP means it will evaporate rapidly at STP. Theoretically, any material, element or compound, in liquid form can be made to evaporate by increasing the temperature and reducing the pressure. Gas-deposition makes use of this theory to build industrial diamonds from hot, highly-pressurized carbon vapor.
Not all liquids can be changed into a solid. Only liquids that have the ability to freeze - meaning they have a freezing point above absolute zero - can be converted into a solid. Liquids like water can be turned into ice, but substances like mercury, which remains liquid at extremely low temperatures, cannot be solidified under normal conditions.
Clay is permeable, meaning it allows liquids or gases to pass through it. It is not impermeable, which would prevent the passage of liquids or gases.
Water is the most common liquid on Earth. Other common liquids include milk, juice, soda, and oil.
What kind of liquids are you talking about? ... and why do you mean volatile? Do you mean flammable? The question refers to the propellants used in aerosol spray cans. If aerosol cans were filled with compressed gas, they would have to be designed to withstand extremely high pressures, which would not be cost-effective. Instead, liquid propellants (usually butane, isobutane or propane) are used, which allow a much larger amount of propellant to be stored, at a reasonable pressure. These liquid propellants are "volatile" in the sense that a small amount of the liquid evaporates every time some of the gas is released, so that the vapor and liquid stay in equilibrium. As it happens, most of these liquid propellants are also flammable, but the term "volatile" refers to their tendency to evaporate.
Volatile liquids have a high vapor pressure and evaporate easily at room temperature. This is due to their low boiling points, which causes them to quickly turn into vapor. Examples of volatile liquids include ethanol and gasoline.
Deodorants , any smelly liquids the gas given off defuses around the air
Liquid that has a high boiling point. A liquid that releases molecules as a vapor.
Volatile liquids may be ethers, alcohols, ketones etc.
Non volatile.
Volatile liquids require less temperature for easy evaporation compared to non-volatile liquids. This is because volatile liquids have lower boiling points and higher vapor pressure, making them more likely to evaporate even at lower temperatures.
The bond is covalent.
The limit for deodorants in your suitcase is typically based on the airline's regulations for carrying liquids. You are generally allowed to bring travel-sized deodorants (3.4 ounces or 100 milliliters) in your carry-on luggage, as long as they are stored in a clear plastic bag. If you are checking in your luggage, there are usually no restrictions on the size of deodorants.
A:petrol B:gasoline C:cologne D:ammonia
Yes, pure liquids can be volatile in nature. Volatility is a measure of how easily a substance vaporizes or turns into a gas. Pure liquids with high vapor pressures at a given temperature are considered volatile.
The typical gas used as a propellant in aerosol solvent based paint cans is Propane, Chemical Abstract Number 74-98-6. The propellant used will depend on the contents of the can, as it must be a chemical that is compatible with the contents. Most liquids can be put into an aerosol can. The liquid is placed into the can, the liquid is diluted to make it thin enough to spray through the nozzel of the spray can and then a compressed gas propellant is added to expel the contents of the container in the form of an aerosol.