Dec20-08, 08:38 PM
1. The problem statement, all variables and given/known data
Calculate the Vrms for U235F6 at 375 degrees C. What % of the molecules have Vrms>500 m/s?
I'm not entirely sure on what direction to go in, sadly I missed the day he covered making these graphs and doing these types of problems. I do have all the formulas though.....but again I'm not sure on how to use them. Any help would be much appreciated, Thank you.
P.s.- I talked to the teacher and he said it would have kg and joules as it's units, that's why I put the MM of U235F6 in kg, hopefully I'm right. Haha. Thanks again.
2. The attempt at a solution
3(.08206)(648) <------all this is under a square root
|Register to reply|
|Maxwell/Maxwell-Boltzmann Distribution||Classical Physics||1|
|Maxwell-Boltzmann Distribution||Introductory Physics Homework||1|
|Energy and Boltzmann's Constant||Introductory Physics Homework||2|
|Universal gas, Boltzmann's constant||General Physics||3|
|What is the origin of Boltzmann's constant?||General Physics||3|