Gas Laws
Problem Solving: Read and understand the problem. Write the given, required and formula. Show your complete solution. (5 points each)
I- A sample of carbon dioxide (CO2) gas has a volume of 15.2 L at a pressure of
1.35 atm and a temperature of 33°C. Determine the following for this gas sample.
a. Volume, in liters, at T= 35°C and P= 3.50 atm
b. Pressure, in atmospheres, T= 42°C and V= 10.0 L
c. Temperature, in degrees Celsius, at P= 7.00 atm and V= 0.973 L
d. Volume, in milliliters, at T= 97°C and P= 6.70 atm.
Problem Solving: Read and understand the problem. Write the given, required and formula. Show your complete solution. (5 points each)
I- A sample of carbon dioxide (CO2) gas has a volume of 15.2 L at a pressure of
1.35 atm and a temperature of 33°C. Determine the following for this gas sample.
a. Volume, in liters, at T= 35°C and P= 3.50 atm
b. Pressure, in atmospheres, T= 42°C and V= 10.0 L
c. Temperature, in degrees Celsius, at P= 7.00 atm and V= 0.973 L
d. Volume, in milliliters, at T= 97°C and P= 6.70 atm.
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Answer:
A sample of carbon dioxide (CO2) gas has a volume of 15.2 L at a pressure of 1.35 atm and a temperature of 33°C. Determine the following for this gas sample.
a. Volume, in liters, at T = 35°C and P = 3.50 atm
b. Pressure, in atmospheres, at T = 42°C and V 5= 10.0 L
c. Temperature, in degrees Celsius, at P = 7.00 atm and V = 0.973 L
d. Volume, in milliliters, at T = 97°C and P = 6.70 atm
Step-by-step solution
Step 1 of 5
The product of pressure and volume of a gas is directly proportional to the temperature of a gas in Kelvin units as described by the Combined Gas Law in which the gas has a fixed amount.
P1 V 1=P2 V2
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T1. T2