If nitrogen gas molecules goes straight up from the surface of the earth with its rms speed at 0∘ C and there is no collision with other molecules, then it will rise to an approximate height of:(Given, The acceleration due to gravity at a comparable height h above earth's surface is given by g′=h1+hR)

If nitrogen gas molecules goes straight up from the surface of the ear

1.	If nitrogen gas molecules goes straight up from the surface of the earth with its rms speed at 0∘ C and there is no collision with other molecules, then it will rise to an approximate height of:(Given, The acceleration due to gravity at a comparable height h above earth's surface is given by g′=h1+hR)
Answer» If nitrogen gas molecules goes straight up from the surface of the earth with its rms speed at $0^{\circ} C$ and there is no collision with other molecules, then it will rise to an approximate height of: (Given, The acceleration due to gravity at a comparable height $h$ above earth's surface is given by $g^{'} = \frac{h}{1 + \frac{h}{R}}$ )

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