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Using the same information from question 3.1, calculate the mean free path of the Cl2 molecules. 5.26108m9.81108m8.98108m2.45108m Q3.4 15 Points Using the same information from
Using the same information from question 3.1, calculate the mean free path of the Cl2 molecules. 5.26108m9.81108m8.98108m2.45108m Q3.4 15 Points Using the same information from question 3.1, calculate the root-mean-squared distance traveled in 1 second. 3.67mm 4.25mm 1.19mm 2.66mm Calculate the collision frequency between Cl2 molecules at 280K and 1.20atm. The collision diameter of the Cl2 molecules may be taken to be 540pm. Assume ideal gas behavior. 1.21010collisions19.7109collisionss14.51010collisionss13.3109collisions1 Q3.2 15 Points Using the same information from question 3.1, calculate the binary number of collisions per liter per second. 1.91035collisionsm3s12.11034collisionsm3s13.31035collisionsm3s12.61034collisionsm3s1
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