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The molecules in hot water are much faster than the molecules in cold water.

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The molecules are faster in the hot water than the cold water they move slower.

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The kinetic energy of the molecules are different in the hot and cold water because the hot water has more kinetic energy, as it has more movement, and the cold water has less kinetic energy, as it has less movement.

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Yes, the kinetic energy of the water molecules are different in hot and cold water because the molecules in the hot water move very fast while the molecule in the cold water move very slow.

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The hot water molecules move faster, which leads to dissolve faster.

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In hot water, the molecules move faster. This allows it to dissolve things quicker.

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the hot molecues move faster in the warm water than they move in the cold water

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the hot water molecules move faster than the cold ones

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The molecules in a glass of warm water have more kinetic energy than the molecules in a glass of cold water.

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The kinetic energy of the molecules is different in the hot and cold water because in the hot water, the molecules move faster, and in the cold water, the molecules move slower. Therefore, the molecules in the hot water have more kinetic energy.

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The kinetic energy of molecules is different in the hot and cold water because while in the hot water the molecules moved quickly, in the cold water they moved much slower.

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The molecules will move much faster in the hot water opposed to the colder water, and this is proven by the rate the color is spread around in the two containers.

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molecules move faster in hot water and slower in cold water.

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The molecules in the hot water move much faster then the cold water. The cold water did not move as fast as the hot water at all.

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There is more kinetic energy in the hot water compared to the colder water as the yellow food coloring disperses.

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In hot water the molecules move much faster in the cup. In the cold cup the molecules move slower.

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The kinetic energy is greater in the hot water. This is because the higher the temperature the faster the molecules are moving and kinetic energy is caused by movement. So because the hot molecules move faster it has more energy.

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In the cold water, the molecules don't move as fast as the hot water did (it was inn a very slow way). Which made the mixer slow. And in the hot water, the molecules moves way more faster than the cold water did. And due to hot water being faster, it made the mixer for the food dye mix faster too! :)

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The kinetic energy is less in the cold water and more in the hot water. The hot water has more kinetic energy in the molecules so the food coloring mixed faster than in the cold water. The molecules move much faster in the hot water because of this.

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The kinetic energy of the molecules in diffrent in the hot and cold water is that in hot water the moulcles because of the kinitc energy of the heat is more spaced out and in cold water since their isnt alot of kintic energy in cold water they are more togther and not spaced out.

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the molecules in the hot water moved quicker than the cold water so the hot water had more kinetic energy

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Molecules in hot water move around in rapid speeds while molecules in cold water are very slow.

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In hot water the molecules move really fast witch heats up the water. While in cold water the molecules move slow so there is no energy so there in no heat.

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The warmer the water, the quicker the molecules move around. In colder water, the molecules moved slowly if at all.

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The kinetic energy of the molecules in the water are different. This is because water molecules move faster when the temperature is higher. Making the hot water molecules move faster than the cold water.

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In hot water, water molecules have faster movement. Although, in the cold water, the water molecules had a slower movement through the water. The kinetic energy are both different depending on the temperature in the water.

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in the cold waater molecules are moving much fasster thean in the warm water, so the energy is different

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Today I learned that hot water molecules move much faster then cold water molecules, which means that cold water and hot water have different kinetic energy.

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The kinetic energy of the molecules is different in the hot and cold water because in the hot water the molecules move very fast as shown by the dye quickly mixing in with it, while the molecules in the cold water were moving much slower as illustrated by the dye slowly sinking in to the water.

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Hot water has faster moving molecules than Cold water. This can be observed by using food coloring to measure the speed in which the water moves.

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Molecules in the hot water are much faster than the cold water. In the cold water, the molecules are much much slower and don't cover the cup completely.

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In the hot water the kinetic energy is much faster than the cold water. It allowed the food coloring to mix a lot quicker in the hotter water than the cold water.

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the hotter the water, the faster the molecules will move. however if the water is colder, the molecules will be a lot tighter

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The hotter the water is the faster the water maluceuls will go but with coold waater they are more tight and dont move as much

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The molecules in a glass of warm water have more kinetic energy  than the molecules in a glass of cold water.

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The hotter the water the faster the molecules work and the kinetic energy is higher. The colder the water the slower the molecules work and the kinetic energy is lower.

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The kinetic energy is different in hot and cold water. This is because the hot water's molecules are moving faster because of a high temperature meanwhile the cold water molecules move slower due to a low temperature. Water molecules move faster when heated and move slower when cooled. Kinetic energy is the energy of motion. Therefore, the molecules in the two different temperatures move at different speeds.

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the hot water has more kenitic energy therefore the color will move faster.

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In the hot water the molecules were moving super fast and the kinetic energy was a lot faster than the cold water. The cold water was a lot more slower and the molecules were a lot more slow.

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The kinetic energy of the molecules is different because the hot water has a higher heat which means the molecules move faster than the cold water molecules.

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The hot water molecules move much faster than the cold water molecules. Making the hot water have more kinetic energy.

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the hot water molecules move around faster and the cold water molecules move around a lot slower.

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The hot water has a higher heat since the molecules are moving fast while the cold water's molecules are slower. This shows that the hotter water has a higher amount of kinetic energy than the cold water.

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1. The molecules in the hot water are moving much faster
2. The molecules in the cold water are moving much slower
3. So the kinetic energy is very different.

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The kinetic energy in the molecules in the hot water is greater because the molecules move around more, and faster, while there is less kinetic energy in the cold water because the molecules move slower and less.

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In hot water the kinetic energy of the molecules is much faster and greater. The hot molecules expand and move really fast. In cold water the molecules are smaller and slower.

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The molecules in hot water move quickly, while the molecules in cold water mover a lot slower.

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The kinetic energy of the molucules are different in the hot and cold water, because in the hot water the molecules move much faster. The molecules in the cold water move much slower, and don't contain as much energy.

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Kinetic energy of the molecules is different in hot and cold water because since kinetic energy is related to temperature, the glass of molecules in the hot water have more kinetic energy than the glass of molecules in the cold water. Molecules in the hot water move around faster than molecules in the cold water.

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The molecules in the hot water move much faster than the cold water, so the kinetic energy the hot water has is greater than the amount the cold water has.

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The hot water has faster moving molecules, so it can create more kinetic energy, while the cold water's molecules are moving a lot slower, causing them to create less kietic energy.

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In the hot water it kinda spread. In the cold it was in little ribbons.

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The kinetic Energy of the molecules in the hot and cold Water are different because the Molecules in the hot water Move faster due to The heat of the Water itself and the water in the cold cup doesn't have rapidly moving Molecules because it is Colder and therefore not giving the molecules little to no movement.

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The kinetic energy in the hot water is far greater than the amount of kinetic energy in cold water

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Water molecules in hot water have movement and kinetic energy compared to the water molecules in cold water that are more still with less movement.

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The molecules in the hot water moved around way faster. The molecules in the cold water didn't move as fast as the hot water. The kinetic energy differs in both hot and cold water.

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In hot water the molecules move much faster and go though every part of the cup. In cold water the molecules move much slower and don't engulf the cup.

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Since there was more molecules in the hot water, it had more kinetic energy to spread the yellow dye

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Since there was more molecules In the hot water, there’s more kinetic energy to spread the due

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The kinetic energy in the hot water is higher than the cold water because the molecules are moving faster in the hot water than the cold water.

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The kinetic energy is different because the hot water has molecules moving way faster than the cold water

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The kinetic energy is different in hot water and cold water because in hot water the molecules move very fast and in the cold water the molecules are moving very slow. As you can see in the video when the person put food coloring in the hot water it mixed very fast by itself and compared to the cold water it moved very slow

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In hot water molecules move faster because the kinetic energy is higher. This is because the food coloring was moving much faster in the hot water. In the cold water the food coloring moves much slower.

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In the hot water the molecules move a lot faster and in cold water the molecules move a lot slower. In the hot water the color moved a lot faster than the color in the cold water.

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The kinetic energy is different in hot water because the molecules move way faster. In cold water the molecules still move, but at a slower rate.

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The kinetic energy of the molecules are different in the hot and cold water, because for the cold water they are all close together in a way sticking together therefore not , while in the hot water they are all separating and moving much faster then the molecules in the cold water.

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The kinetic energy of the molecules are different in hot water and cold water because, the hot water's molecules are moving faster due to the heat, while the cold water molecules are moving slower because of the low temperature. I saw how this happened during the food coloring video. One drop of food coloring moved faster throughout the hot water while the other drop moved much slower in the cold water.

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In the hot water, the molecules are moving much faster, while in the cold water, the molecules are moving slow. This is shown when the food coloring in the hot water is moving and mixing faster, and the food coloring in the cold water is moving much slower.

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The kinetic energy of the molecules in the hot water are moving rapidly, in contrast to the cold water, where the molecules move rather sluggishly. This is demonstrated by the food coloring experiment. The orange dye in the hot water mixes quickly and thoroughly, aided by the pace of the molecules. The blue dye mixes slowly and unproductively, hindered by the slow pace of the molecules in the cold glass.

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The molecules move faster in the hot water compared to the molecules in the cold water which move slower.

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The kinetic energy of the molecules in the different temperature of waters is that in the hot water the molecules move faster and in the cold water the molecules move way slower. I know this because when I watched the video, the yellow food coloring moved faster in the hot water and the blue food coloring moved slower in the cold water.

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With hot molecules, they move faster so the kinetic energy is faster and with cold molecules, they move slower so there is less kinetic energy. We know this because the dye in the warm water mixed better than the dye in the cold water.

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WIth hot molecues,The move faster and so thatr means the kinetic energy is faster so the kinetic energy is slower with cold water.

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In hot water the molecules move faster so there is more energy while the cold water has slower molecules making it have less energy

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Kinetic energy is different in hot water because the molecules are moving faster than in cold water where the molecules are slower.

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The molecules in the hot water moved quicker than the cold water, so the hot water has more kinetic energy.

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The kinetic energy of the water molecules is different in the hot and cold water. This is because the molecules in the hot water move much faster then the molecules in the cold water. The colors in the hot water spread faster than the colors in the cold water.

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The kinetic energy is far different in both temperatures.  The molecules in the hot water causes the molecules to move much faster, while the cold water causes the molecules to move slower than the molecules in the heated water. I know this because the hot water caused the molecules in the food dye to spread much quicker than the molecules in the cold water.

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The molecules move significantly faster in hot water than in cold water. This is why the dye spread quicker in the hot water.

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The kinetic energy is different because the molecules in the hot water move more rapidly than the molecules in the cold water.

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The kinetic energy of the water molecules differ from the hot and cold water because the molecules in the hot water move more rapidly than the ones in the cold water

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The kinetic energy is different in hot and cold water because the hot water molecules seem to be moving faster in the hot water than the cold water.

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The molecules are different in hot and cold water because in the cold water the molecules are moving faster and in the hot water the molecules are moving slower then the cold water.

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The water molecules are different here because in hot water the molecules seem to be moving faster than the cold water, While the cold water is moving much slower.

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The kinetic energy in the cold water is different than the hot water.

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The Kinetic energy of the water molecules are different in the hot and cold water because the warm water has more kinetic energy meaning it moves faster and the cold water has less kinetic energy meaning it moves slower.

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Kinetic Energy of the water molecules are different in the hot and cold water by is that the hot water has more molecules than the cold water.

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The kinetic energy of the water molecules in the hot and cold water are different because they provide different reactions as shown in the demonstration. When yellow dye was added to the hot water it was well mixed a dissolved, although when there was blue dye added to the cold water it was not well mixed and it was collected at the bottom.

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The water molecules are different between hot and cold water because in hot water all of the molecules are moving much faster then the cold molecules which are moving pretty slow.

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The kinetic energy is different in the hot water molecules and the cold water molecules because the hot water molecules are moving a lot faster than the cold water molecules. The cold water molecules are moving at a much slower pace.

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The kinetic energy of the cold water molecules differ from the molecules of hot water because the molecules in the hot water move more rapidly/faster than the molecules in the cold water. (The molecules in the cold water have slower movement).

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The Kinetic energy of the water molecules is different in the hot and cold water. In the hot water, they dissolved, or moved very quickly, which shows the heat transfer from the water to the molecules. In the cold water, it moved very slowly, and sort of sinked to the bottom. There is less heat transfer and kinetic energy in the cold water than the hot water.

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The kinetic energy of the water molecules in the hot water move a lot quicker, and you can tell this by looking at how the yellow mixes with the water. The cold water is different because the molecules move slower, causing the color to stick together and not mix in.

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The kinetic energy of the water molecules is different in the hot and cold water because the molecules in the hot water move quickly while the molecules in the cold water move slowly. This shows that the faster the molecules move, the more heat energy that is created.

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The kinetic energy of the water molecules different in the hot and cold water because the hot water has more molecules that are moving faster than the cold water. The faster molecules move, more heat the object has. However, the molecules in cold water moves very slower than the hot water.

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The kinetic energy of the water molecules different in the hot and cold water because in the hot water the molecules are much faster the the cold water.

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There is more kinetic energy in the hot water compared to the cold water as the yellow food coloring moves and disperses faster compared to the cold water.

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the kinetic energy is different because the kinetic energy in the hot water is moving faster making it hotter and the kinetic energy in the cold water is moving slower making it cold