1 mol of O2 gas formed by oxygen molecules with a diameter of 0.34 nm is 6 dm3 at 300oC. as it takes up volume, a) the pressure of the gas. b) Average kinetic energy of a molecule. c) average speed of molecules d) Number of collisions of a molecule in one second (collision frequency) e) 1cm3 in one second the number of binary collisions between molecules in f) mean free path of molecules. g) density of the gas. h) the viscosity coefficient of the gas. i) Calculate the number of molecules striking the unit surface of the container per unit time.
1 mol of O2 gas formed by oxygen molecules with a diameter of 0.34 nm is 6 dm3 at 300oC. as it takes up volume, a) the pressure of the gas. b) Average kinetic energy of a molecule. c) average speed of molecules d) Number of collisions of a molecule in one second (collision frequency) e) 1cm3 in one second the number of binary collisions between molecules in f) mean free path of molecules. g) density of the gas. h) the viscosity coefficient of the gas. i) Calculate the number of molecules striking the unit surface of the container per unit time.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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1 mol of O2 gas formed by oxygen molecules with a diameter of 0.34 nm is 6 dm3 at 300oC.
as it takes up volume,
a) the pressure of the gas.
b) Average kinetic energy of a molecule.
c) average speed of molecules
d) Number of collisions of a molecule in one second (collision frequency)
e) 1cm3 in one second
the number of binary collisions between molecules in
f) mean free path of molecules.
g) density of the gas.
h) the viscosity coefficient of the gas.
i) Calculate the number of molecules striking the unit surface of the container per unit time.
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