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Boiling points and freezing points are examples of
directly proportional to its temperature
constantly moving.
physical properties
The volume of the gas increases.
The air pressure in the tires decreased.
The pressure will increase.
Boyle's Law.
The particles are close together but moving past each other.
The tires on your car were properly inflated, for the past two weeks the temperature dropped significantly. What happened to the air pressure in the car's tires?
directly proportional to its temperature
constantly moving.
physical properties
The volume of the gas increases.
The air pressure in the tires decreased.
The pressure will increase.
Boyle's Law.
The particles are close together but moving past each other.
What law relates pressure and volume, temperature constant.
directly proportional to its temperature
constantly moving.
physical properties
The volume of the gas increases.
The air pressure in the tires decreased.
The pressure will increase.
Boyle's Law.
The particles are close together but moving past each other.
The atoms and molecules in matter are
directly proportional to its temperature
constantly moving.
physical properties
The volume of the gas increases.
The air pressure in the tires decreased.
The pressure will increase.
Boyle's Law.
The particles are close together but moving past each other.
If a sealed ziploc bag is half full of air. What will happen if you roll the bag decreasing the volume?
directly proportional to its temperature
constantly moving.
physical properties
The volume of the gas increases.
The air pressure in the tires decreased.
The pressure will increase.
Boyle's Law.
The particles are close together but moving past each other.
Which of the following describes the particles of a liquid?
directly proportional to its temperature
constantly moving.
physical properties
The volume of the gas increases.
The air pressure in the tires decreased.
The pressure will increase.
Boyle's Law.
The particles are close together but moving past each other.
Gay-Lussac's Law states that the pressure of a gas is
directly proportional to its temperature
constantly moving.
physical properties
The volume of the gas increases.
The air pressure in the tires decreased.
The pressure will increase.
Boyle's Law.
The particles are close together but moving past each other.
What happens to the volume of a gas inside a cylinder if the temperature does not change but the pressure is reduced?
directly proportional to its temperature
constantly moving.
physical properties
The volume of the gas increases.
The air pressure in the tires decreased.
The pressure will increase.
Boyle's Law.
The particles are close together but moving past each other.
Check it!