Liquoid gasoline at 30 degrees C, is heated until it boils at 110 degrees C?

Questions: what happens to the temperature at first?What sort of energy is the gas aquiring at first?What is the evidence?What happens to temperature once gas starts to boil?What sort of energy is the gas acquiring during this the boiling stage?

Liquoid gasoline at 30 degrees C, is heated until it boils at 110 degrees C?
As the liquid heats it is gaining thermal energy, and the particles in it are increasing their speeds (that's what it is to be hotter). Once the liquid starts to boil the temperature remains constant.





This occurs because particles in the liquid collide; some gain so much energy that they escape from the liquid mass and so become vapour. When a particle does this it is taking a large chunk of energy from the liquid, effectively cooling the liquid (until it is heated more, of course).





This is why you can boil water, or gasoline, endlessly and it's temperature will not go above the boiling point temperature.
Reply:KE - Kinetic energy


Even the Heat energy is another kind of KE


what exactly is happening is that the KE transfer from one to another





when it start boiling the object can stay in the same form due to too much KE, and it start transform to other state