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A substances state of matter relates to the temperature because if you hold an ice cube in your hand it will melt, into liquid for. Because you're in room temperature. And naturally glaciers shouldn't be melting, it's because of global warming.

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The substance’s states of matter relates to its temperature, if the temperature heats up the substance might change. It also relates to material and how much heat it transfers and how fast it transfers in an amount of time.

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When matter reaches a certain temperature it will change it’s state. Some of the different ways it could change are: solid to liquid, liquid to gas, gas to liquid and liquid to solid. The transfer of thermal energy depending on the temperature causes a change in the state of matter.

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The answer to the question is molecules. Temperature is the total amount of kinetic energy in an object. Depending on what state of matter something is in the molecules are moving at different speeds. When a solid starts to melt into a liquid, it is getting hotter because it's molecules are moving faster. Molecules move faster in a liquid then in a solid. Molecules in a gas can be even warmer than liquids because their molecules are moving even faster then in a liquid.

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The relation between energy transfers and states of matter, is that depending on the state of matter, is how long it’s going to take for The object in which you’re relating to say it matter to, to take away energy and how much of it.

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A substance's state of matter is related to its temperature because of its form it is. For example, if you freeze water, it will change into ice, and if the ice warms up it can turn back into water.

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A substance's state of matter is related to its temperature because matter can exist in any type of state including gas, solid and liquid. the state of substance can always be determined by its temperature.

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A substance's state of matter is related to its temperature. A substance's state of matter affects its temperature by what type of material it is because different materials change states of matter at different temperatures. A substance's state of matter is also related to its temperature because the temerature is how fast molecules are moving which affects the density therefore affecting the state of matter.

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A substance's state of matter relates to the substance's temperature. The substance's state of matter is affected by the temperature of the substance. For example, a liquid will freeze when the temperature is cold around the substance. A hot liquid will melt when the temperature is hot around the substance. Also, in the water cycle, water goes through many different phases. The phases depend on the sun for the temperature of heat. For example, the water may be hot when precipitation happens, or not, depending on the sun to be the heat source.

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A substance's state of matter is related to its temperature because it determines whether the substance with turn from liquid to solid, from solid to liquid, or from liquid to gas.

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A substances state of matter is related to it's temperature. For example, when water gets colder, it can freeze and turn into a solid (ice). If the ice warms up, it can melt back into water. When that liquid's heat increases yet again, it can evaporate and turn into water vapor (a gas).

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Substances state of matter relate to its temperature because it depends on what fom it is. If the temperature is cold, the liquid will freeze. If the temperature is hot, the solid will turn into a liquid in a matter of time. For the water cycle, the water goes through many phases in temperature. If it is in the clouds, it is slightly cold. On the surface of the ocean, it might me warm because the sun is beating down on it.

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Substances State of Matter relate to its temperature because it can change on whether a solid can be turned from a solid to a liquid or from liquid to a gas.

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A substances state of matter relates to the temperature of that substance. A good example of this is H2O. This substance first starts out as water. As the water goes through many stages of the water cycle it increases temperature and decreases. Once the water goes into the ocean it changes its state of matter as it evaporates into the air. The water evaporated because the suns radiation was beating down on it, and increased the temperature of the water to turn it into water vapor. Yet again the water goes through multiple stages of the water cycle until a cloud is about to precipitate the water vapor turns into water again. The water vapor turned into water because all the water vapor joined together. It rained because the cloud got too heavy. It needed to release some of the weight (rain). As the water sets at the top of the mountain, it changes its state of matter into ice. It did this because it was cold on the top of the mountain. It got to the point where it was so cold, that the water freezes on the top of the mountain. This is how a substances state of matter relates to the temperature of that substance.

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A substance's State of Matter is related to its temperature because

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A substance's temperature determines its state of matter. Because heat is a form of energy, it causes atoms to move quicker when more energy is added. When a material gets enough energy, it allows it to change phase, and when enough heat is lost the substance changes form again, hence freezing, melting, evaporation, and other phase changes.

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The substance's State of matter relates to its temperature because if a liquid such as water gets cold it freezes. And if water gets very hot it evaporates.

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A substance's state of matter is related to the temperature around it because if you leave water outside on a freezing cold day it will freeze and if you boil water for long enough it will evaporate into gas.

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A substance's state of matter is related to its temperature because when water is 32 degrees fahrenheit, it freezes and becomes a solid. If water is heated to 212 degrees fahrenheit, it will turn to gas. At normal temperature, it will stay a liquid.

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A substances state of matter is related to its temperature, because the temperature is what makes decides the substances state of matter. For example, if the temperature is really cold the substance can freeze, but if it is really hot it can evaporate.

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A substance's state of matter is related to its temperature because the temperature determines whether the substance is a solid, liquid, or gas. Water is a really good example of this. If the temperature is 32 degrees Fahrenheit, the water will freeze and become a solid. If the temperature is 212 degrees Fahrenheit, the water will start to boil and steam will come out. And when the temperature of water is between those two temperatures, it is liquid.

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A substances matter is related to its temperature surrounding it. For example, if you leave a pot of water on a lit stove and let it boil for a while, the water will eventually evaporate and become and gas.

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A substance's state of matter is realated to its temperture because its different. For example, if you take water and put it into a freezer the water will evrentuallt become frozen. This is because the molecles are being held together.

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A substance's temperature relates to what state of matter that substance is in. For example, when the temperature of water drops bellow 32 degrees fahrenheit then the liquid will freeze and become solid and vice versa.

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A substance's state of matter is related to its temperature because the substance will become a solid, liquid, or gas, depending on its temperature. Let's take water for example. If the water's temperature goes very low, the water will turn into ice which is its solid form. If the the temperature of it rises up, the ice will turn back to its liquid form which is water. If it heats up really high again by the temperature, the water will evaporate into water vapor which is its gas form.

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The state of matter of a substance is directly related to changes in temperature. In other words, the higher the temperature, the more energy given to a substance, and the faster the molecules move. This can also happen in reverse. For example, liquid water when heated boils and evaporates into gas or vapor. When it gets cold, the vapor condenses to liquid water. Thus, changes in temperature are the driving force of phase changes.

On a scale from 1 to 10, I might be at a 9 in my understanding of the state’s of matter.

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When a certain temperature threshold is reached for each substance, a phase will change, then it would be changing the state of matter.
On a scale of 1 to 10 I probably understand the states of matter at somewhere around eight.

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A substance's state of matter is related to its temperature because when the temperature changes the substance changes. For example when you freeze water (a liquid )the water becomes ice ( a solid). This happens because the cold temperature slows down the molecules which freezes the water. Another example is when you put water over a hot substance it turns into a gas.

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A substance's state of matter is related to its temperature because the temperature can determine if a substance is a liquid, solid, or gas. For example,  when the temperature of water drops below 32 degrees, the water will turn into ice or its solid form. Another example, is the water cycle. The water in the ocean gets heated up by the sun, it changes its state of matter (liquid) and turns into a gas. As the gas cools down it will change states again and become a liquid again. If it is cold enough, the liquid will become a solid. Whether it is a solid or a liquid it will fall to Earth. When a substance's temperature reaches its freezing point or melting point it will change states of matter.

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A substance's state of matter is related to its temperature because when water is frozen (the temperature drops or cools), it turns into a different state of matter, ice, and that is a solid.  Another example is when water is put on the stove and is boiling, it heats up enough to change its form of matter again into a gas this time.  When that gas floats up into the atmosphere, it will cool down and eventually change its form of matter again and turn either back in a solid (hail), or a liquid (rain).   It then falls back to earth,  and if it is in the form of hail (frozen water), than when the sunlight is on it and it gains enough thermal energy, it will turn BACK into a liquid, and it will continue to gain thermal energy until it turns back into a gas, and floats back into the atmosphere and the cycle starts all over again.

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A substance’s state of matter relates to its temperature because it could be a solid, liquid, or gas. One example is with water. The water would be a liquid. If you froze it, it would become ice, a solid. If you took that ice and put it in a pan and boiled it, eventually it would become a gas.

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A substances state of matter depends in it's temperature. For example; if you put a cup of water in the freezer, it would eventually change from a liquid state to a solid state. This is because the cold temperature causes the molecules in the water to slow down causing the water to crystallize into ice. If you were to put a put of water over a stove, eventually the water would boil and evaporate. This is because the hot temperature causes the molecules in the water to move very fast, and disconnect from one another in the form of water vapor or steam.

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A substances state of matter is related to its temperature when it is a gas,liquid, and solid. A gas would have a faster rate of molecules. Water would have faster molecules which would make it feel warmer. A ice cube on the other hand would have slower molecules so it would feel colder.

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A substance's state of matter relates to it's temperature because of the states. If you freeze water it's state will change to a solid instead of a liquid. Boiled water (changed temperature) will evaporate, creating it into a gas from a liquid. These both have to do with it's temperature.

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A substance’s state of matter is related to its temperature because of the 3 states of matter. When something changes its state of matter, (For example an ice cube melting and its state of matter changes from solid to liquid) it is due to temperatures going from cold to warm.

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A substances state of matter relates to it's temperature because of the states. For example, if you were to boil water, the heat would make the water evaporate making it into a gas. This would also have to do with the temperature. For example, if you had a liquid (water), and you were to put it in the freezer overnight, the ice cube would turn into a solid rather than still being a liquid.

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A substance's state of matter is related to its temperature because as a material/substance changes its state of matter, (from a solid to a liquid, from a liquid to a gas) it changes temperature. An ice cube, changes its state quickly on your hand, because the heat from your hand is being transferred to the ice. As it melts, it changes back to its original state, water/ a liquid. This shows that as substance's state of matter is related to it's temperature.