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Ben wants to model how the motion of particles changes with temperature. He considers water in an iron pot. Ben draws a model to show how the water particles and iron particles move at room temperature. Then, he draws a second model to show how the w
The size of the atoms should vary depending on the state.
decrease in thermal energy
solid
the particles are close together and slide past each other
The water particles should slide past each other faster, and the iron particles should vibrate faster.
Air is a gas and so fills its container, the balloon, completely.
gases, liquids, and solids
increase in thermal energy
Marissa blows up balloons for a party. She decides how big or small to make each balloon. Why does the air she blows into each balloon take up all the space inside the balloon?
The size of the atoms should vary depending on the state.
decrease in thermal energy
solid
the particles are close together and slide past each other
The water particles should slide past each other faster, and the iron particles should vibrate faster.
Air is a gas and so fills its container, the balloon, completely.
gases, liquids, and solids
increase in thermal energy
Ana is creating a model to show atoms of solid bromine, liquid bromine, and gaseous bromine. How should her three models differ?
The size of the atoms should vary depending on the state.
decrease in thermal energy
solid
the particles are close together and slide past each other
The water particles should slide past each other faster, and the iron particles should vibrate faster.
Air is a gas and so fills its container, the balloon, completely.
gases, liquids, and solids
increase in thermal energy
In which states of matter are particles constantly moving?
The size of the atoms should vary depending on the state.
decrease in thermal energy
solid
the particles are close together and slide past each other
The water particles should slide past each other faster, and the iron particles should vibrate faster.
Air is a gas and so fills its container, the balloon, completely.
gases, liquids, and solids
increase in thermal energy
How can the motion of the particles in a liquid best be described?
The size of the atoms should vary depending on the state.
decrease in thermal energy
solid
the particles are close together and slide past each other
The water particles should slide past each other faster, and the iron particles should vibrate faster.
Air is a gas and so fills its container, the balloon, completely.
gases, liquids, and solids
increase in thermal energy
What causes a solid to turn into a liquid?
The size of the atoms should vary depending on the state.
decrease in thermal energy
solid
the particles are close together and slide past each other
The water particles should slide past each other faster, and the iron particles should vibrate faster.
Air is a gas and so fills its container, the balloon, completely.
gases, liquids, and solids
increase in thermal energy
What causes a gas to turn into a liquid?
The size of the atoms should vary depending on the state.
decrease in thermal energy
solid
the particles are close together and slide past each other
The water particles should slide past each other faster, and the iron particles should vibrate faster.
Air is a gas and so fills its container, the balloon, completely.
gases, liquids, and solids
increase in thermal energy
Lisa places a substance into a jar. The substance does not change shape to match the shape of the jar. What is the state of matter of the substance?
The size of the atoms should vary depending on the state.
decrease in thermal energy
solid
the particles are close together and slide past each other
The water particles should slide past each other faster, and the iron particles should vibrate faster.
Air is a gas and so fills its container, the balloon, completely.
gases, liquids, and solids
increase in thermal energy
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