The formula for the Ideal Gas Law is P V=n R T , where P is the pressure in kilopascals ( kPA), V is the volume in liters (L), T is the temperature in Kelvin (K), n is the number of moles of gas, and R=8.314 is the universal gas constant.

a. Write an equation to find the volume in terms of P, n, R , and T .

The ideal gas law is the general gas equation. It is a good approximation to find behavior of gases under different conditions. This law says that the product of pressure in the atmosphere and volume is equal to product of moles and temperature. We generally use an equation to define these relations.

Equation of ideal gas law

P V=n R T

where,

P = pressure measured in atmosphere

V = volume measured in liters

n = number of moles present in gas

T = temperature

R = gas constant

Ideal gas equation shows several direct and indirect variations between the different elements , such as in the equation pressure (P) shows direct variation with n and T , and inverse variation with volume (V).

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