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(a)
Interpretation:
Molar mass of gas with density 1.98 g /L should be calculated
Concept Introduction:
Ideal gas equation is as follows:
Here, P is pressure
V is volume
R is gas constant, 0.082 atm L mol-1 K-1
n is number of moles and,
T is temperature of the gas.
Since, number of moles of gas and molar mass are related to each other as follows:
Thus,
Here, m is mass of the gas, and,
M is molar mass of the gas.
On rearranging the above equation,
Also,
Thus,
Here, d is density of the gas.
Interpretation:
Molar mass of 10.88 g of the gas having 3.33 L volume should be identified.
Concept Introduction:
Ideal gas equation is as follows:
Here, P is pressure
V is volume
R is gas constant
n is number of moles and,
T is temperature of the gas.
Since, number of moles of gas and molar mass are related to each other as follows:
Thus,
Here, m is mass of the gas, and,
M is molar mass of the gas.
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Chapter 6 Solutions
EBK CHEMISTRY FOR CHANGING TIMES
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