The specific gas constant calculator uses two ways to calculate the value of the specific gas constant. The specific gas constant for a gas/mixture can be calculated using either the molar mass of gas or the specific heat capacity of the gas mixture.
Specific Gas Constant Calculator: Continue reading to learn how to calculate the specific gas constant. The value of the particular gas constant is useful in a variety of situations, including compressible fluids, pipelines, compressors, and aerodynamics. It can also be used to compute gas density, as in our ideal gas density calculator.
The specific gas constant is measured in J/kgK and is defined as the ratio of the molar gas constant to the molar mass of the gas. The ideal gas law formula establishes a relationship between the qualities of gas in the following way:
P * V = n * R * T
P = pressure,
V = volume
n = number of [moles]
T = temperature
R = universal gas constant.
Various gases and combinations have different specific gas constants. These are expressed numerically as follows:
Rs = R / M
M = gas or mixture's molar mass.
On the other hand, The particular gas constant connects the two specific heat capacities of the mixture or gas. For constant pressure Cp and constant volume Cv, the particular gas constant can be calculated as follows:
Rs = Cp - Cv
Calculate the specific gas constant by following the steps below.
Step 1: Choose a method for calculating a specific gas constant.
Step 2A: If you used the molar mass approach, input the gas's molar mass.
Step 3A: The calculator will provide you with the value of the specific gas constant.
Step 2B: Enter the specific heat capacity at constant pressure if you choose the specific heat method.
Step 3B: Using constant volume, calculate the specific heat capacity.
Step 4: The calculator will calculate the specific gas constant.
Here are some of the other physics calculator concepts, checkout on physicscalculatopro.com and get best results.
1. What is R specific gas constant?
R is the specific gas constant that represents the amount of mechanical work that can be produced by heating a unit mass of gas through a unit temperature rise.
2. What is the procedure for determining the specific gas constant?
To find the specific gas constant, do the following: Subtract the molar mass of gas from the universal gas constant.
3. What is the relationship between the specific gas constant and specific heat?
The relationship between the specific gas constant and the specific temperatures of gases is Rs = Cp - Cv.