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I learned that the bigger thing has more molecules so the reason why he soup didn't get cold is because the ice didn't really do anything because there was more hot molecules than cold

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If you pour hot water on a mug is the mug also hot.

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I learned that the bigger the things are the more molecules their are and if the thing is smaller it has less molecules.

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hiii

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What I learned about the thermal energy is not actually kinetic energy it could be molecules bringing you heat.

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I wonder if you have the two samples and you have two ice cubes then you double the ice cube, how cold is the temperature?🧊🌶

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I learned that two ice cubes that are the SAME ice cubes, when they are dropped into two different bowls of soup, they give out at least the same amount of cold that it needs.

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I learned that if you have a small cup and a bowl, the cup would be more hotter than the bowl but the cup would be getting cold faster than the bowl since the bowl has more molecules on it and the cup would have less molecules than the bowl because the cup is smaller than a bowl.

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if you have a cold blanket can it make you warm🥶🥵🥵🥶

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What I wonder is that when something is warm and you hug it it's warm but you're not and you're actually taking the warm from your coldness.

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What I learned is that when the two siblings put the same or identical ice cubes but because the mug is smaller is doesn't have much Kinetic Energy(Thermal energy) and the bowl has more kinetic energy to move around and the thermal energy is still warm but not to warm also

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what I wonder is a small little thing like a blanket its make you warm but is the blanket warm?

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I learned that if you get soup and if you put an ice cube in the bowl or mug that the average kinetic energy has a sample or an object transfers energy.

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I learned that the bigger the object it has more molecules than a smaller one and the smaller one can get more colder because it has less molucules

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That I learned that once ice cubes have melted you take a spoonful of soup from a bowl.

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I learned the bigger the thing is the more molucules it has. that is why the bigger was warm and the mug was cold cause it didn't have as much molucules

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I learned the bigger the thing is the more molucules it has. that is why the bigger bowl was warm and the mug was cold cause it didn't have as much molucules

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What i learned was Is it possible that your bowl of soup could have a lower average kinetic energy temperature but a higher total kinetic energy thermal energy yes Your bowl of soup probably has a higher total kenitic energy.