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1. Ideal gas particles: A.
How do particles of a
Gas differ form Particles Of a liquid when in the same container? A. Gas particles are closer together b.
1 answer
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Which of the following desceriptions about ideal gas is/are correct?
1)An ideal gas obeys Boyle's law only under high temp and
2 answers
asked by
Kong
685 views
Which is not an assumption about particles in a gas according to the kinetic theory?
The motion of one particle is unaffected by
1 answer
asked by
e
109 views
If a substance reached the theoretical temperature of 0k what would happen to its particles?
A. The particles would speed up B.
1 answer
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In this simulation, click on "Ideal" at the bottom. Check "Collision Counter" and leave at 10ps. Pump 50 particles of the Heavy
1 answer
101 views
How do particles of a gas differ from particles of a liquid when in the same container?
Responses Gas particles are larger. Gas
1 answer
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The ideal gas law is used to describe the state of ideal gases. It is represented by the equation PV=nRT, where P is the
1 answer
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According to kinetic-molecular theory, particles of an ideal gas
a) are motionless b) have zero masses c) attract each other d)
1 answer
asked by
Anonymous
2,107 views
Which one of the following statements regarding ideal gas laws is FALSE?
Select one: a. An ideal gas has an infinite heat
1 answer
asked by
andrea
1,850 views
How do particles of a gas differ from particles of a liquid when in the same container?
Responses Gas particles are closer
1 answer
asked by
jalonn:3
55 views