Average velocity of the molecules in a gas in equilibrium is
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An object with constant velocity has zero acceleration. A motionless object still has constant (zero) velocity, so motionless objects also have zero acceleration. Newton’s second law states that:
∑F=ma∑F=ma
so objects with constant velocity also have zero net external force. This means that all the forces acting on the object are balanced — that is to say, they are in equilibrium.
This rule also applies to motion in a specific direction. Consider an object moving along the x-axis. If no net force is applied to the object along the x-axis, it will continue to move along the x-axis at a constant velocity, with no acceleration.
∑F=ma∑F=ma
so objects with constant velocity also have zero net external force. This means that all the forces acting on the object are balanced — that is to say, they are in equilibrium.
This rule also applies to motion in a specific direction. Consider an object moving along the x-axis. If no net force is applied to the object along the x-axis, it will continue to move along the x-axis at a constant velocity, with no acceleration.
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Answer:
Explanation:
Final answer will be zero .
Actually we know that in a kinetic theory of a gas's velocity only depends upon the temperature not other,
Because molecular of gas in equilibrium so temperature is constant after that we consider zero
The formula of velocity is
V=1/3✓RT/M ,IF T=0 THEN V=0
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