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Which property is exhibited by a gas but not a solid?
The temperature is increasing.
boiling
Their motion will decrease.
Atoms vibrate faster, keeping a stable and rigid shape.
The speed of the atoms increases.
Atoms vibrate faster, taking the shape of the container.
The rate at which the liquid turns to vapor will increase even though the temperature of the water will not.
They vibrate faster.
What happens to atoms as the temperature increases?
The temperature is increasing.
boiling
Their motion will decrease.
Atoms vibrate faster, keeping a stable and rigid shape.
The speed of the atoms increases.
Atoms vibrate faster, taking the shape of the container.
The rate at which the liquid turns to vapor will increase even though the temperature of the water will not.
They vibrate faster.
Marcus is heating a sample of copper over a flame. How do the atoms in the copper change as it is heated?
The temperature is increasing.
boiling
Their motion will decrease.
Atoms vibrate faster, keeping a stable and rigid shape.
The speed of the atoms increases.
Atoms vibrate faster, taking the shape of the container.
The rate at which the liquid turns to vapor will increase even though the temperature of the water will not.
They vibrate faster.
During which process does matter most likely change phase?
The temperature is increasing.
boiling
Their motion will decrease.
Atoms vibrate faster, keeping a stable and rigid shape.
The speed of the atoms increases.
Atoms vibrate faster, taking the shape of the container.
The rate at which the liquid turns to vapor will increase even though the temperature of the water will not.
They vibrate faster.
Which property is exhibited by a liquid but not a solid?
The temperature is increasing.
boiling
Their motion will decrease.
Atoms vibrate faster, keeping a stable and rigid shape.
The speed of the atoms increases.
Atoms vibrate faster, taking the shape of the container.
The rate at which the liquid turns to vapor will increase even though the temperature of the water will not.
They vibrate faster.
What will happen when heat is constantly applied to an open pot of boiling water?
The temperature is increasing.
boiling
Their motion will decrease.
Atoms vibrate faster, keeping a stable and rigid shape.
The speed of the atoms increases.
Atoms vibrate faster, taking the shape of the container.
The rate at which the liquid turns to vapor will increase even though the temperature of the water will not.
They vibrate faster.
A sheet of pure aluminum loses heat. What will happen to the aluminum atoms?
The temperature is increasing.
boiling
Their motion will decrease.
Atoms vibrate faster, keeping a stable and rigid shape.
The speed of the atoms increases.
Atoms vibrate faster, taking the shape of the container.
The rate at which the liquid turns to vapor will increase even though the temperature of the water will not.
They vibrate faster.
The atoms in a cup of water begin vibrating faster. What can most likely be inferred from this observation?
The temperature is increasing.
boiling
Their motion will decrease.
Atoms vibrate faster, keeping a stable and rigid shape.
The speed of the atoms increases.
Atoms vibrate faster, taking the shape of the container.
The rate at which the liquid turns to vapor will increase even though the temperature of the water will not.
They vibrate faster.
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