Question

I am using the program Python

Define a function named volume_ideal_gas. It consumes 3 arguments pressure, num_moles and temperature and returns the volume, measured in Liters, of the ideal gas according to the Ideal Gas Law. You may assume that the pressure argument is measured in atm and temperature argument is measured in Kelvin.

PV = nRT

Where:

P is pressure measured in atm
V is volume measured in L
n is the number of moles
R = .0821 atm⋅L K^-1-mol^-1
T is temperature measured in Kelvin

For example:

Test	Result
print(round(volume_ideal_gas(10,0.06,1283),3))	0.632

Answer 1

def volume_ideal_gas(pressure, num_moles, temperature):
    return (num_moles*0.0821*temperature)/pressure

# Testing
print(round(volume_ideal_gas(10,0.06,1283),3))

0.632