these questions deal with kinetic molecular theory as well as ideal gases. check it out.
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Decreased temperature and increased pressure
Decreased temperature and decreased pressure
Increased temperature and increased pressure
Increased temperature and decreased pressure
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100 K and 0.25 atm
100 K and 25 atm
400 K and 0.25 atm
400 K and 25 atm
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The force of attraction between the gas particles is strong.
The motion of the gas particles is random and straight-line.
The collisions between the gas particles cannot result in a transfer of energy between the particles.
The separation between the gas particles is smaller than the size of the gas particles themselves.
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Low temperature and low pressure
Low temperature and high pressure
High temperature and low pressure
High temperature and high pressure
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50K and 20kPa
50K and 600kPa
750K and 20kPa
750K and 600kPa
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Close and have strong attractive forces between them
Close and have weak attractive forces between them
Far apart and have strong attractive forces between them
Far apart and have weak attractive forces between them
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The mass of a gas sample
The behavior of a gas sample
Why some gases are monatomic
Why some gases are diatomic
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Have no potential energy
Have strong intermolecular forces
Are arranged in a regular, repeated geometric pattern
Are separated by great distances, compared to their size
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Are in random, constant, straight-line motion
Are arranged in a regular geometric pattern
Have strong attractive forces between them
Have collisions that result in the system losing energy
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0°C and 100 kPa
0°C and 300 kPa
150°C and 100 kPa
150°C and 300 kPa
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Low temperature and low pressure
Low temperature and high pressure
High temperature and low pressure
High temperature and high pressure
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