Liquids that do not turn into gases at room temperature and pressure include oils, syrups, and certain types of molten metals. These substances have higher boiling points compared to water, which allows them to remain in liquid form.
That's not QUITE what it does, or at least it's not ALL of what it does. For similar compounds, in general, lighter molecules boil - that is, become a gas - at a lower temperature than heavier ones. "Cracking" is the process of splitting large, heavy molecules into smaller, lighter ones. Because they are lighter, they boil at a lower temperature, and so will become gases when the heavier starting material would still be a liquid.
Solubility of gases are most affected by the pressure.
Many gasses will turn to liquid when compressed, as in Propane, when compressed becomes liquid propane gas LPG
well these substances turn into gases very easily boiling turns liquid into gas, and with a low boiling point, this means it doesn't take much heat to make that substance a gas (they may even be gases at room temperature)
no, but some do
Liquids that do not turn into gases at room temperature and pressure include oils, syrups, and certain types of molten metals. These substances have higher boiling points compared to water, which allows them to remain in liquid form.
saturated fats turn to liquid at room temp and higher but otherwise they are solid
Certain metals can be blackened or streak by perspiration...
the philosopher's stone is believed to have the power to turn base metals into gold
That's not QUITE what it does, or at least it's not ALL of what it does. For similar compounds, in general, lighter molecules boil - that is, become a gas - at a lower temperature than heavier ones. "Cracking" is the process of splitting large, heavy molecules into smaller, lighter ones. Because they are lighter, they boil at a lower temperature, and so will become gases when the heavier starting material would still be a liquid.
Covalent compounds have weaker intermolecular forces compared to ionic compounds, making it easier for them to break apart and move freely as gases or liquids at room temperature. The lack of strong electrostatic forces between molecules allows them to have lower melting and boiling points.
Air in motion will cool your skin because it helps to vaporize the moisture from perspiration. The room doesn't get any cooler, but it feels cooler to you.
The negative feedback system. It works much the way a thermostat works. When the temperature in a room drops below a set level, the thermostat signals the furnace to turn on. Once the furnace has raised the temp in the room to the set level, the thermostat signals the furnace to shut off. It will continue to stay off until the thermostat signals that the temp has dropped again.
It should turn on at 210 degrees F.
Liquefaction
The purpose of alchemy was to turn common metals into valuable metals. For example - turning lead into gold