Practice 1. Determine the volume occupied by 0.582 mol of oxygen gas at 285K and 7 atm. PV = nRT P.

Introductory Chemistry: A Foundation
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Author:Steven S. Zumdahl, Donald J. DeCoste
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3. Your experiment shows 1500 mL of a gas at 100°C. Convert each of those quantities
the proper units for the Ideal Gas Law.
The ideal gas law works best at high temperatures and high pressures because this is when gasses best follow the
Kinetic Molecular Theory.
Examples:
1. A 5.60 L sample of an ideal gas contains 0.954 moles at 0.976 atm. Calculate the temperature.
P
PV = nRT
,976 atm (a76atm)(S.60L)=(.a suma)
5.60L
.954 mol
0821
%3D
Gas Law Calculations
CFS
1. Write the equation
PV = nRT
V
(.0820)T
T=64.8L以
2. List the variables
3. Annotate the
question to find th
R
T
otov
variables
4. Convert to Land
. What volume is occupied by 19.6 moles of methane, CHa, at 27°C and 1.59atm?
P
if needed
PEV=nRT
(1.sam)V{19,6 moillo821qua
1.59 atm
5. Substitute the
variables you h
V
(and R) into th
196mol
.0821atm
T 27c+273
equation
6. Solve for the
missing varia
7. Round corre
and include
R
V=303 L
Practice
1.
Determine the volume occupied by 0.582 mol of oxygen gas at 285K and 7 atm.
PV = nRT
%3D
2
Transcribed Image Text:3. Your experiment shows 1500 mL of a gas at 100°C. Convert each of those quantities the proper units for the Ideal Gas Law. The ideal gas law works best at high temperatures and high pressures because this is when gasses best follow the Kinetic Molecular Theory. Examples: 1. A 5.60 L sample of an ideal gas contains 0.954 moles at 0.976 atm. Calculate the temperature. P PV = nRT ,976 atm (a76atm)(S.60L)=(.a suma) 5.60L .954 mol 0821 %3D Gas Law Calculations CFS 1. Write the equation PV = nRT V (.0820)T T=64.8L以 2. List the variables 3. Annotate the question to find th R T otov variables 4. Convert to Land . What volume is occupied by 19.6 moles of methane, CHa, at 27°C and 1.59atm? P if needed PEV=nRT (1.sam)V{19,6 moillo821qua 1.59 atm 5. Substitute the variables you h V (and R) into th 196mol .0821atm T 27c+273 equation 6. Solve for the missing varia 7. Round corre and include R V=303 L Practice 1. Determine the volume occupied by 0.582 mol of oxygen gas at 285K and 7 atm. PV = nRT %3D 2
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