Question text
20 Pot X and pot Y are both in a cool room. Pot X contains hot water below its boiling point. Pot Y is identical to pot X but contains water that is kept boiling by a hotplate underneath it. kitchen hotplate of pot Y pot X surface a cooker What happens to the average kinetic energy of the particles in the liquid water in pot X and to the average kinetic energy of the particles in the liquid water in pot Y? kinetic energy of kinetic energy of liquid particles in X liquid particles in Y A decreases increases B decreases does not change C stays the same increases D stays the same does not change
20 Pot X and pot Y are both in a cool room.
Pot X contains hot water below its boiling point.
Pot Y is identical to pot X but contains water that is kept boiling by a hotplate underneath it.
kitchen hotplate of
pot Y
pot X surface a cooker
What happens to the average kinetic energy of the particles in the liquid water in pot X and to the
average kinetic energy of the particles in the liquid water in pot Y?
kinetic energy of kinetic energy of
liquid particles in X liquid particles in Y
A decreases increases
B decreases does not change
C stays the same increases
D stays the same does not change
Select your answer: