Changes Caused by Heating and Cooling - 2nd Grade Science
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An example of a change caused by heating or cooling that can be reversed would be the melting of a crayon and then freezing it back into a solid cube.
An example of a change caused by heating or cooling that can be reversed would be the melting of a crayon and then freezing it back into a solid cube.
The statement above is a true statement and example of how heating and cooling can be reversed. If you melt a crayon, it goes from a solid to a liquid. This can be reversed, and the crayon can be returned to a solid-state by freezing or cooling it. Some changes cannot be reversed, but this example can be reversed.
The statement above is a true statement and example of how heating and cooling can be reversed. If you melt a crayon, it goes from a solid to a liquid. This can be reversed, and the crayon can be returned to a solid-state by freezing or cooling it. Some changes cannot be reversed, but this example can be reversed.
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Becca says that some heating changes can be reversed. She gives the example of melting butter. She says that you can turn a solid piece of butter into a liquid and then turn it back to a solid. Her friend Melva disagrees and says butter cannot be changed back and forth.
Who is correct, and why?
Becca says that some heating changes can be reversed. She gives the example of melting butter. She says that you can turn a solid piece of butter into a liquid and then turn it back to a solid. Her friend Melva disagrees and says butter cannot be changed back and forth.
Who is correct, and why?
Butter is an excellent example of a heating change that can be reversed. Becca can melt butter and then cool it to reverse the effects. Melva disagreed with her but is unfortunately wrong in this case. Some heating and cooling changes can be reversed.
Butter is an excellent example of a heating change that can be reversed. Becca can melt butter and then cool it to reverse the effects. Melva disagreed with her but is unfortunately wrong in this case. Some heating and cooling changes can be reversed.
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Which material can be heated or cooled, and then have the changes reversed?
Which material can be heated or cooled, and then have the changes reversed?
Some objects or materials can be heated or cooled, and the changes caused can be reversed. An ice cube could have the changes applied to it reversed. If you heat an ice cube it will melt, you can refreeze it to turn it back to a solid. If you toast bread, bake a cake, or cook an egg, that change cannot be reversed.
Some objects or materials can be heated or cooled, and the changes caused can be reversed. An ice cube could have the changes applied to it reversed. If you heat an ice cube it will melt, you can refreeze it to turn it back to a solid. If you toast bread, bake a cake, or cook an egg, that change cannot be reversed.
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Will says some changes caused by heating cannot be reversed. Angelo says some changes can be reversed.
Their father takes a popsicle out of the freezer and sets it on the counter. The popsicle begins to melt. He gets a call and puts it back into the freezer.
Using this example who is correct, Will or Angelo, and why?
Will says some changes caused by heating cannot be reversed. Angelo says some changes can be reversed.
Their father takes a popsicle out of the freezer and sets it on the counter. The popsicle begins to melt. He gets a call and puts it back into the freezer.
Using this example who is correct, Will or Angelo, and why?
In the situation presented, Angelo is correct. The changes to the popsicle can be reversed. Once it has been heated up and starts to melt, there is a change. In this case, their father puts it back into the freezer when he gets the call; this would cause the popsicle to refreeze. In some instances, these changes can not be reversed, but in this example, it is possible.
In the situation presented, Angelo is correct. The changes to the popsicle can be reversed. Once it has been heated up and starts to melt, there is a change. In this case, their father puts it back into the freezer when he gets the call; this would cause the popsicle to refreeze. In some instances, these changes can not be reversed, but in this example, it is possible.
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Which photo represents a heating or cooling change that can be reversed?
Which photo represents a heating or cooling change that can be reversed?
The photo that represents a heating or cooling change that can be reversed is the candle with melting wax. Once the candle is no longer lit, the wax will reharden and no longer will be a liquid. Baking a cake, heating toast, and lighting fireworks are all examples of applying heat in a way that cannot be reversed.
The photo that represents a heating or cooling change that can be reversed is the candle with melting wax. Once the candle is no longer lit, the wax will reharden and no longer will be a liquid. Baking a cake, heating toast, and lighting fireworks are all examples of applying heat in a way that cannot be reversed.
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An example of a change caused by heating or cooling that can be reversed would be the melting of a candy bar and then putting it into the refrigerator to reset the chocolate.
An example of a change caused by heating or cooling that can be reversed would be the melting of a candy bar and then putting it into the refrigerator to reset the chocolate.
The statement above is a true statement and example of how heating and cooling can be reversed. If you melt a candy bar, the chocolate goes from a solid to a liquid. This can be reversed, and the candy bar can be returned to a solid-state by freezing or cooling it. Some changes cannot be reversed, but this example can be reversed.
The statement above is a true statement and example of how heating and cooling can be reversed. If you melt a candy bar, the chocolate goes from a solid to a liquid. This can be reversed, and the candy bar can be returned to a solid-state by freezing or cooling it. Some changes cannot be reversed, but this example can be reversed.
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Which material can be heated or cooled, and then have the changes reversed?
Which material can be heated or cooled, and then have the changes reversed?
Some objects or materials can be heated or cooled, and the changes caused can be reversed. Ice could have the changes applied to it reversed. If you heat ice, it will melt, you can refreeze it to turn it back to a solid. If you toast bread, bake a donut, or cook a marshmallow, that change cannot be reversed.
Some objects or materials can be heated or cooled, and the changes caused can be reversed. Ice could have the changes applied to it reversed. If you heat ice, it will melt, you can refreeze it to turn it back to a solid. If you toast bread, bake a donut, or cook a marshmallow, that change cannot be reversed.
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Which photo represents a heating or cooling change that can be reversed?
Which photo represents a heating or cooling change that can be reversed?
The photo that represents a heating or cooling change that can be reversed is melting ice cream. The ice cream could be put back into the freezer, and it would no longer melt and would return to a solid.
The photo that represents a heating or cooling change that can be reversed is melting ice cream. The ice cream could be put back into the freezer, and it would no longer melt and would return to a solid.
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An example of a change caused by heating or cooling that can be reversed would be the baking of a birthday cake.
An example of a change caused by heating or cooling that can be reversed would be the baking of a birthday cake.
The statement above is a false statement and an example of how heating and cooling can NOT be reversed. If you bake a cake, a chemical change has occurred when the heat was applied. This cannot be reversed, and the cake cannot be returned to a batter or individual ingredients.
The statement above is a false statement and an example of how heating and cooling can NOT be reversed. If you bake a cake, a chemical change has occurred when the heat was applied. This cannot be reversed, and the cake cannot be returned to a batter or individual ingredients.
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This photo represents a change due to heating or cooling that can be reversed.
This photo represents a change due to heating or cooling that can be reversed.
The statement above is a false statement and an example of how heating and cooling can NOT be reversed. Once a match is struck and lit, it cannot be reversed. The match can be put out, but it cannot "unlit" or brought back to its original state.
The statement above is a false statement and an example of how heating and cooling can NOT be reversed. Once a match is struck and lit, it cannot be reversed. The match can be put out, but it cannot "unlit" or brought back to its original state.
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Today Patrick and Annie's mother made French toast for breakfast. She asks them if the changes to the bread can be reversed or not. Annie says the changes cannot be reversed, and Patrick says the changes can be reversed. Using this example, who is correct, Annie or Patrick, and why?
Today Patrick and Annie's mother made French toast for breakfast. She asks them if the changes to the bread can be reversed or not. Annie says the changes cannot be reversed, and Patrick says the changes can be reversed. Using this example, who is correct, Annie or Patrick, and why?
In the situation presented, Annie is correct. The changes to the bread are not able to be reversed once it has been heated up and turned into French toast. In some instances, these changes can be reversed like an ice cube or chocolate bar. If these items are melted, they can be cooled and will return to a solid. Once the bread is cooked, it cannot be changed back.
In the situation presented, Annie is correct. The changes to the bread are not able to be reversed once it has been heated up and turned into French toast. In some instances, these changes can be reversed like an ice cube or chocolate bar. If these items are melted, they can be cooled and will return to a solid. Once the bread is cooked, it cannot be changed back.
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Today is the 4th of July, and Sammie's dad celebrated with fireworks. He lit them in the yard for everyone to see. His dad asks them if the changes made to the fireworks can be reversed or not. Sammie says the changes cannot be reversed, and his dad says the changes can be reversed. Using this example, which is correct, Sammie, or his father, and why?
Today is the 4th of July, and Sammie's dad celebrated with fireworks. He lit them in the yard for everyone to see. His dad asks them if the changes made to the fireworks can be reversed or not. Sammie says the changes cannot be reversed, and his dad says the changes can be reversed. Using this example, which is correct, Sammie, or his father, and why?
Sammie is correct in this situation. Once the fireworks are lit and the explosion happens, there is no way for this change to be reversed. The firework cannot be "unlit" and put back into the container once the heat has been applied. Something like a chocolate bar can have heat applied and then reversed once it is cooled, but fireworks are an example of something that cannot be changed.
Sammie is correct in this situation. Once the fireworks are lit and the explosion happens, there is no way for this change to be reversed. The firework cannot be "unlit" and put back into the container once the heat has been applied. Something like a chocolate bar can have heat applied and then reversed once it is cooled, but fireworks are an example of something that cannot be changed.
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Some changes caused by heating and cooling cannot be reversed.
Some changes caused by heating and cooling cannot be reversed.
The statement in the question is correct. Some changes can be reversed when something is heated or cooled, and others cannot. Boiling water can be reversed, once the steam cools it is liquid water again. Lighting a piece of paper on fire cannot be reversed; the paper cannot be returned to its original state.
The statement in the question is correct. Some changes can be reversed when something is heated or cooled, and others cannot. Boiling water can be reversed, once the steam cools it is liquid water again. Lighting a piece of paper on fire cannot be reversed; the paper cannot be returned to its original state.
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Which of these photos demonstrates a change from heating or cooling that cannot be reversed?
Which of these photos demonstrates a change from heating or cooling that cannot be reversed?
The photo that demonstrates a change that cannot be reversed is the pan of brownies. Writing with markers can be erased and reversed, ice cubes can be heated and cooled multiple times between states, and a puzzle can be taken apart and put back together. Once the ingredients are mixed into a batter and then heated, the brownies cannot be turned into mixture again.
The photo that demonstrates a change that cannot be reversed is the pan of brownies. Writing with markers can be erased and reversed, ice cubes can be heated and cooled multiple times between states, and a puzzle can be taken apart and put back together. Once the ingredients are mixed into a batter and then heated, the brownies cannot be turned into mixture again.
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The photo below is an example of a change that cannot be reversed.
The photo below is an example of a change that cannot be reversed.
The photo is an example of a change that CAN be reversed. If the large block of ice starts to melt and the temperature drops again, it will refreeze. If the Sun comes out and it warms up, it will begin to melt again.
The photo is an example of a change that CAN be reversed. If the large block of ice starts to melt and the temperature drops again, it will refreeze. If the Sun comes out and it warms up, it will begin to melt again.
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Becky says some changes caused by heating cannot be reversed. Maddy says all changes can be reversed. Their mother cooked hashbrowns for breakfast. Using this example, which sister is correct, Becky or Maddy, and why?
Becky says some changes caused by heating cannot be reversed. Maddy says all changes can be reversed. Their mother cooked hashbrowns for breakfast. Using this example, which sister is correct, Becky or Maddy, and why?
Some changes caused by heating or cooling cannot be reversed. This statement is true, so in the cases of Becky and her sister Maddy, Becky is correct. Some changes caused by heating, like cooking a potato, can't be reversed. There is no way to take the potato from cooked and get it back into its raw form.
Some changes caused by heating or cooling cannot be reversed. This statement is true, so in the cases of Becky and her sister Maddy, Becky is correct. Some changes caused by heating, like cooking a potato, can't be reversed. There is no way to take the potato from cooked and get it back into its raw form.
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Which of these photos demonstrates a change from heating or cooling that cannot be reversed?
Which of these photos demonstrates a change from heating or cooling that cannot be reversed?
The photo that demonstrates a change that cannot be reversed is the plate of pancakes. Water that has been frozen into snow can be turned back to a liquid, and ice cream and popsicles can be refrozen if melted. Once the ingredients are mixed into a batter and then heated, the pancakes cannot be turned into mixture again.
The photo that demonstrates a change that cannot be reversed is the plate of pancakes. Water that has been frozen into snow can be turned back to a liquid, and ice cream and popsicles can be refrozen if melted. Once the ingredients are mixed into a batter and then heated, the pancakes cannot be turned into mixture again.
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The photo below is an example of a change that cannot be reversed.
The photo below is an example of a change that cannot be reversed.
The photo is an example of a change that can't be reversed. Once the marshmallows have been roasted and start to cook, they cannot be changed back. There is no way to change melted marshmallows back to their original form.
The photo is an example of a change that can't be reversed. Once the marshmallows have been roasted and start to cook, they cannot be changed back. There is no way to change melted marshmallows back to their original form.
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The photo below is an example of a heating or cooling change that cannot be reversed.
The photo below is an example of a heating or cooling change that cannot be reversed.
The photo demonstrates a change that cannot be reversed. Once the toast is cooked and the butter melts into it, the changes cannot be reversed. Even if the toast is put into the refrigerator, it will not return to a piece of plain bread. A chemical change has taken place and cannot be reversed.
The photo demonstrates a change that cannot be reversed. Once the toast is cooked and the butter melts into it, the changes cannot be reversed. Even if the toast is put into the refrigerator, it will not return to a piece of plain bread. A chemical change has taken place and cannot be reversed.
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Which answer choice is a change caused by heating or cooling?
Which answer choice is a change caused by heating or cooling?
Baking a cake is a change that is caused by heat. The batter is mixed together, and heat is applied to create a chemical change while the food is baking. It cannot be reversed and returned to a mixture or the individual ingredients.
Baking a cake is a change that is caused by heat. The batter is mixed together, and heat is applied to create a chemical change while the food is baking. It cannot be reversed and returned to a mixture or the individual ingredients.
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