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Which model best represents the particles in a solid?
Particles are constantly moving.
The motion of the atoms should vary depending on the state.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
density
tightly-packed at the bottom of a cup
Particles rising out of a cup.
The gas will escape.
add thermal energy
A solid, a liquid, and a gas are each in separate covered jars. Describe what will happen if the cover of each jar is removed.
Particles are constantly moving.
The motion of the atoms should vary depending on the state.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
density
tightly-packed at the bottom of a cup
Particles rising out of a cup.
The gas will escape.
add thermal energy
Which model most likely represents the state in which particles are moving fastest?
Particles are constantly moving.
The motion of the atoms should vary depending on the state.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
density
tightly-packed at the bottom of a cup
Particles rising out of a cup.
The gas will escape.
add thermal energy
How would you most efficiently bring molecules into MOTION?
Particles are constantly moving.
The motion of the atoms should vary depending on the state.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
density
tightly-packed at the bottom of a cup
Particles rising out of a cup.
The gas will escape.
add thermal energy
A solid sample of oil is warmed until it turns into a liquid. Which property of the oil will decrease?
Particles are constantly moving.
The motion of the atoms should vary depending on the state.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
density
tightly-packed at the bottom of a cup
Particles rising out of a cup.
The gas will escape.
add thermal energy
Ana is creating models to show atoms of solid bromine, liquid bromine, and gaseous bromine. How should her three models differ?
Particles are constantly moving.
The motion of the atoms should vary depending on the state.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
density
tightly-packed at the bottom of a cup
Particles rising out of a cup.
The gas will escape.
add thermal energy
Describe how the spacing of particles in solids and liquids are similar to each other but different from the spacing of particles in a gas.
Particles are constantly moving.
The motion of the atoms should vary depending on the state.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
density
tightly-packed at the bottom of a cup
Particles rising out of a cup.
The gas will escape.
add thermal energy
What CLAIM can you make about all 3 states of matter?
Particles are constantly moving.
The motion of the atoms should vary depending on the state.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
density
tightly-packed at the bottom of a cup
Particles rising out of a cup.
The gas will escape.
add thermal energy
Check it!