Calculate the Mean Time between collisions of a nitrogen molecule at 1.0 Atmospheres (atm) and a room temperature of 20 Celsius.

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Calculate the Mean Time between collisions of a nitrogen molecule at 1.0 Atmospheres (atm) and a room temperature of 20 Celsius.
Albert Pike User ID: 77340785 United States 02/03/2019 04:48 AM Report Abusive Post Report Copyright Violation	Calculate the Mean Time between collisions of a nitrogen molecule at 1.0 Atmospheres (atm) and a room temperature of 20 Celsius. Lamda = 2.3 x 10 ^ -7 and the RMS Velocity is 509 m/s. Go.

Anonymous Coward (OP) User ID: 77340785 United States 02/03/2019 04:51 AM Report Abusive Post Report Copyright Violation	Re: Calculate the Mean Time between collisions of a nitrogen molecule at 1.0 Atmospheres (atm) and a room temperature of 20 Celsius. This one is easy to solve, lets get those brain cells moving again folks. There's a reason why the Russians and Chinese are making fools of us.
Anonymous Coward (OP) User ID: 77340785 United States 02/03/2019 04:54 AM Report Abusive Post Report Copyright Violation	Re: Calculate the Mean Time between collisions of a nitrogen molecule at 1.0 Atmospheres (atm) and a room temperature of 20 Celsius. I saved you a lot of work by giving you the RMS speed. Now if I had asked you to solve that, it would be much more difficult. 509 m/s is the RMS, and Lambda was already stated.
Anonymous Coward (OP) User ID: 77340785 United States 02/03/2019 04:57 AM Report Abusive Post Report Copyright Violation	Re: Calculate the Mean Time between collisions of a nitrogen molecule at 1.0 Atmospheres (atm) and a room temperature of 20 Celsius.

Anonymous Coward (OP) User ID: 77340785 United States 02/03/2019 04:58 AM Report Abusive Post Report Copyright Violation	Re: Calculate the Mean Time between collisions of a nitrogen molecule at 1.0 Atmospheres (atm) and a room temperature of 20 Celsius. And you wonder why the "Deep State" as you like to call them, was able to take over so easily, and have their way with you.
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