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If a crystal is in cool water then, the crystals will become smaller because, it will give the crystal less time to form. I think we are going to simulate and investigate how the rate of cooling affects crystals in size by filling up two glasses of water. One warm and one cold.

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The time that the crystal has to cool effects the crystal size because the more time the crystal has to form the better it will be but the less amount of time that the crystal has means that the crystals wont be as big. I think that we are going to stimulate and investigate the rate of cooling affects because when we make the crystals we can see if they get bigger as the days go.

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The size of the crystal depends on the pace that it cools. If a crystal cools slowly, then there would be bigger crystals because they had more time to form. On the other hand, if a crystal cools quickly, there would be smaller crystals because they have less time to form. We can stimulate this investigation by puting one crystal in cool water and one in a warm condition, by not puting it in water.

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The effects that cooling has on the size of a crystal is that if the crystal cools faster, then the crystal/s will become smaller. If the crystal takes a long amount of time to cool, then the crystal will become larger. This is becuase the crystal has mroe time to stay in a more natural, built-up form. To simulate and investigate this, I think that we will use a crystal solution that is meant to be made and cooled manually. We may time different crystals as they cool and put the crystals in water to cause it to cool faster.

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If a crystal cools fast then it will be smaller than a crystal that cooled slowly because the crystal that cools fast will have less time to form. We can investigate this by cooling the crystals in different temperatures to see the affect of cooling time on crystal size.

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The longer a crystal cools for the bigger it will become. A crystal will be smaller when it has less time to cool. To simulate this I think we are going to do an experiment with different temperatures and different rates of cooling.

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If a crystal cools down fast then the crystal will be small because of the amount of particles changing at once becoming smaller. If a crystal cools down slow then the crystal will be large because the atoms in the crystal will have more time to form and therefore not break over time.

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If a crystal cools down fast then the crystal will be small because of the amount of particles changing at once becoming smaller. If a crystal cools down slow then the crystal will be large because the atoms in the crystal will have more time to form and therefore not break over time.

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We are likely going to grow crystals, but when growing them we will grow them at different temperatures. From this we can measure the time it takes a crystal to grow from the different temperatures in which we let the crystals cool. The bigger crystals will be the ones that took longer to grow, while the smaller ones will grow faster.

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To simulate the sizes of crystals we could put the crystals in different temperatures of water to get different effects. If the temperature is hotter then the crystal will cool faster and therefore be smaller. If we use a more cooler temperture the crystal will most likely be bigger.

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If the crystal is cooled at a slower rate, then the crystal will be larger than a crystal cooled at a faster rate because a crystal larger in sides needs more time to become bigger. In the classroom we could use different temperature of water. This would create different size crystals because the crystal in the hot water would take a longer amount of time to cool down.

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If the crystal cools down faster, then it will become smaller, because the particles will have less time to expand.

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I think we are going to stimulate and investigate how the rate of cooling affects crystal size by testing different temperatures of water on crystals multiple times.  Though we obviously cannot recreate the exact atmospheric conditions that a mineral would typically pass through, we could simulate it with that.  We know that crystals form larger when cooled slowly, while smaller when cooled at a faster rate.  We could see how multiple simulated atmospheric-conditions affect this.

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I think we are going to stimulate and investigate how the rate of cooling affects crystal size by having different temperatures of water that we grow the crystals in and compare the sizes after. If the crystals are bigger, then they took longer to form meaning the water will be hotter and vis versa.

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put it in different temperatures or a fan being blown on it to see the different rates of the growth of the crystals.