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The particles are far apart and move around at high speeds; the particles collide with one another; the particles don’t interact much.
gas
True
They have less average kinetic energy.
A LARGE pumpkin because it contains the most particles or has the greatest mass.
True
liquid
temperature
The particles would, on average, speed up.
the words hot, warm, cool, and cold are used to describe this; the average kinetic energy of the molecules in a material determines how hot or cold something is
gas
True
They have less average kinetic energy.
A LARGE pumpkin because it contains the most particles or has the greatest mass.
True
liquid
temperature
The particles would, on average, speed up.
Zoe notices that the air in her science classroom is much warmer than the air in her math classroom. Which statement describes how the air particles are different in her colder math classroom?
gas
True
They have less average kinetic energy.
A LARGE pumpkin because it contains the most particles or has the greatest mass.
True
liquid
temperature
The particles would, on average, speed up.
The particles move much more freely; they are constantly sliding around and tumbling over each other as they move.
gas
True
They have less average kinetic energy.
A LARGE pumpkin because it contains the most particles or has the greatest mass.
True
liquid
temperature
The particles would, on average, speed up.
The particles that make up substances move. Each of these particles adds to the total amount of kinetic energy the substance has.
gas
True
They have less average kinetic energy.
A LARGE pumpkin because it contains the most particles or has the greatest mass.
True
liquid
temperature
The particles would, on average, speed up.
Which pumpkin would have the most thermal energy?
gas
True
They have less average kinetic energy.
A LARGE pumpkin because it contains the most particles or has the greatest mass.
True
liquid
temperature
The particles would, on average, speed up.
Mrs. Shade is heating a pot of water on the stove. How is the motion of the water particles different after the average kinetic energy or temperature of the water increases?
gas
True
They have less average kinetic energy.
A LARGE pumpkin because it contains the most particles or has the greatest mass.
True
liquid
temperature
The particles would, on average, speed up.
Temperature is measured using one of three scales: Celsius, Fahrenheit, and Kelvin.
gas
True
They have less average kinetic energy.
A LARGE pumpkin because it contains the most particles or has the greatest mass.
True
liquid
temperature
The particles would, on average, speed up.
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