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Which model most likely represents the state in which particles are moving fastest?
The gas will escape.
Particles rising out of a cup.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
Particles are constantly moving.
Particles in a solid are fixed in place.
add thermal energy
The motion of the atoms should vary depending on the state.
tightly-packed at the bottom of a cup
Which statement explains why a rock does not sink in a lake that is frozen over?
The gas will escape.
Particles rising out of a cup.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
Particles are constantly moving.
Particles in a solid are fixed in place.
add thermal energy
The motion of the atoms should vary depending on the state.
tightly-packed at the bottom of a cup
What CLAIM can you make about all 3 states of matter?
The gas will escape.
Particles rising out of a cup.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
Particles are constantly moving.
Particles in a solid are fixed in place.
add thermal energy
The motion of the atoms should vary depending on the state.
tightly-packed at the bottom of a cup
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.
The gas will escape.
Particles rising out of a cup.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
Particles are constantly moving.
Particles in a solid are fixed in place.
add thermal energy
The motion of the atoms should vary depending on the state.
tightly-packed at the bottom of a cup
Ana is creating models to show atoms of solid bromine, liquid bromine, and gaseous bromine. How should her three models differ?
The gas will escape.
Particles rising out of a cup.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
Particles are constantly moving.
Particles in a solid are fixed in place.
add thermal energy
The motion of the atoms should vary depending on the state.
tightly-packed at the bottom of a cup
Which model best represents the particles in a solid?
The gas will escape.
Particles rising out of a cup.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
Particles are constantly moving.
Particles in a solid are fixed in place.
add thermal energy
The motion of the atoms should vary depending on the state.
tightly-packed at the bottom of a cup
How would you most efficiently bring molecules into MOTION?
The gas will escape.
Particles rising out of a cup.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
Particles are constantly moving.
Particles in a solid are fixed in place.
add thermal energy
The motion of the atoms should vary depending on the state.
tightly-packed at the bottom of a cup
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.
The gas will escape.
Particles rising out of a cup.
Solids and liquids touch each other; gases are free to fly away from each other, or collide and then fly away.
Particles are constantly moving.
Particles in a solid are fixed in place.
add thermal energy
The motion of the atoms should vary depending on the state.
tightly-packed at the bottom of a cup
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