Ideal Gas Law is a law that illustrate the relationship among pressure, temperature, volume and number of molesof a gas.Combining the three law (Boyle's law, Charles' law, Avogadro's law) we get V = RnT +P orPV = n RTSample Problem:1. A sample of liquid acetone is placed in a 0.025 L flask and vaporized by the heating to 75°C at 1.02 atm.The vapor weighs 5.87 g. Calculate the number of moles of the acetone?Given : V= 0.025 LFormula : n= PV + RTSolution : n = (1.02 atm) ( 0.025 L ) + ( 0.0821 L atm. / mol. K) ( 348 K )Answer : n = 0.00089 moleT= 75° C + 273 = 348 KR = 0.0821 L atm. / mol. KP= 1.02 atmUnknown: n = ?LEARNING TASK 7: Use Ideal gas law equation to solve the problem.1. Calculate the pressure(P) exerted by a 0.25 mole sulfur hexafluoride in a steel vessel having a capacity of1.25L at 343K?2. Fermentation of glucose produce gas in the form of carbon dioxide, how many moles of carbon dioxide isproduced if 0.78 L of carbon dioxide at 293K and 1.00 atm was collected during the process?

1. Given data: The number of moles of sulfur hexafluoride n=0.25 mol. The volume V=1.25 L.…

1. Calculate the pressure(P) exerted by a 0.25 mole sulfur hexafluoride in a steel vessel having a capacity o 1.25L at 343K? 2. Fermentation of glucose produce gas in the form of carbon dioxide, how many moles of carbon dioxide is produced if 0.78 L of carbon dioxide at 293K and 1.00 atm was collected during the process?

1. Calculate the pressure(P) exerted by a 0.25 mole sulfur hexafluoride in a steel vessel having a capacity o 1.25L at 343K? 2. Fermentation of glucose produce gas in the form of carbon dioxide, how many moles of carbon dioxide is produced if 0.78 L of carbon dioxide at 293K and 1.00 atm was collected during the process?

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter8: Properties Of Gases

Section8.8: The Behavior Of Real (non-ideal) Gases

Problem 8.13PSP

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