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I learned that when things are a different size they have a different amount of total energy.

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I learned that even when something has low average kinetic energy it can still have a high total kinetic energy if it has a lot of molecules.

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when things have a different size they have a different total energy

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what if you put a big amount of ice in a bowl that has normal temperature water would the molecules not move?

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I wonder if the mug and the bowl had the same amount of soup would they have the same kinetic energy or would it expand or go faster in a smaller or bigger cup/bowl or would they have the same kinetic energy?

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I learned that when something is full and big it has more kinetic energy but when something is full and small it has less kinetic energy.

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I learned that it depends the size for the kinetic energy to be more hot or cold

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therrmal energy is the total kinetic energy of the molecules of an object or material and not the average kinetic energy.

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I learned that a small mug of soup contains less thermal energy than a big bowl of soup

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I learned that it can have a lower average but a higher total because of the amount of molecules

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I learned that when your soup cools down it has the same temperature as the air.

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why is 67 so popular

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I learned that thermal energy is the total kinetic energy but its not thee average kinetic energy

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Each molecule in an object or sample adds its kinetic energy to the total kinetic energy

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I learned that the bigger something is the more kinetic energy it has.