If carbon dioxide (CO2) requires 55.12 minutes to effuse through a small hole in its container, how long will it take nitrogen (N2) to effuse under the same conditions of temperature and pressure? ET1 / ET2 = sqrt(MWT1 / MWT2) In the above equation, ET represents "effusion time" and MWT represents "molecular weight". The subscripts 1 and 2 refer to "gas 1" and "gas 2". The function sqrt is the square root function. For example, sqrt(4) = 2. To use the equation, assign one of the %3D gases to be "gas 1" and the other to be "gas 2". Then solve for the quantity that is unknown in the problem you are working.
If carbon dioxide (CO2) requires 55.12 minutes to effuse through a small hole in its container, how long will it take nitrogen (N2) to effuse under the same conditions of temperature and pressure? ET1 / ET2 = sqrt(MWT1 / MWT2) In the above equation, ET represents "effusion time" and MWT represents "molecular weight". The subscripts 1 and 2 refer to "gas 1" and "gas 2". The function sqrt is the square root function. For example, sqrt(4) = 2. To use the equation, assign one of the %3D gases to be "gas 1" and the other to be "gas 2". Then solve for the quantity that is unknown in the problem you are working.
Chapter5: Gases
Section: Chapter Questions
Problem 143CWP: A certain flexible weather balloon contains helium gas at a volume of 855 L. Initially, the balloon...
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Transcribed Image Text:If carbon dioxide (CO2) requires 55.12 minutes to effuse through a small hole in its
container, how long will it take nitrogen (N2) to effuse under the same conditions of
temperature and pressure?
ET1 / ET2 = sqrt(MWT1 / MWT2)
In the above equation, ET represents "effusion time" and MWT represents "molecular
weight". The subscripts 1 and 2 refer to "gas 1" and "gas 2". The function sqrt is the
square root function. For example, sqrt(4) = 2. To use the equation, assign one of the
%3D
gases to be "gas 1" and the other to be "gas 2". Then solve for the quantity that is
unknown in the problem you are working.
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