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Assuming that gas being used is an ideal gas, the gas law equation PV=nRT can be used.

P=Pressure (atm)

V=Volume (Liters)

n=Moles

R=0.08206 (a gas constant)

T=Temperature (Kelvin)

In this problem we know that there is a 10L container with 3.84atm of pressure at 35 C. So P=3.84atm, V=10L, and R=0.08206.

To calculate T, you need to convert from Celsius (C) to Kelvin (K). Using the formula K=273+C, you should get T=308K.

Now you know all of the variables you can work the problem out.

Solve the equation for moles(n) by dividing each side by R and T:

(PV/RT)=n

Plug in your numbers and solve with a calculator:

n=(3.84)(10)/(0.08206)(308)

=(38.4)/(25.27448)

=1.5193190918

Leaving us a rounded answer of 1.52n in the container

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Q: How many moles of gas are present in a 10L container when 3.84atm of pressure is exerted at 35 Celsius?
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