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The ideal gas law allows the calculation of volume of a gas given the pressure(P), amount of the gas (n), and the temperature (T). The equation is:

V = nRT / P

Since we only have used integer arithmetic, all numbers will be integer values with no decimal points. The constant R is 8.314 and will be specified as (8314/1000). This gives the same result.

Required:
Implement the ideal gas law program where the user is prompted for and enters values for n, T, and P, and V is calculated. Be careful to implement an accurate version of this program. Your program should include a proper and useful prompt for input, and print the results in a meaningful manner.

Respuesta :

MrRoyal

Answer:

Written in Python

P = float(input("Pressure: "))

T = float(input("Temperature: "))

n = float(input("Amount of Gas: "))

R = 8.314

V = (n * R * T)/P

print("Volume: "+str(round(V,2)))

Explanation:

The next 3 lines prompts user for inputs of Pressure, Temperature, Amount of Gas

P = float(input("Pressure: "))

T = float(input("Temperature: "))

n = float(input("Amount of Gas: "))

This line initializes constant R

R = 8.314

This line calculates volume

V = (n * R * T)/P

This line prints volume, rounded up to 2 decimal places

print("Volume: "+str(round(V,2)))

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