The ideal gas equation gives the values of the temperature, pressure, volume, moles, etc. The gas constant (R) is given as 0.06563 atm L per mol per K.
What is a gas constant?
Gas constant (R) is the molar equivalent given by the pressure, temperature, moles, and volume. It is also seen as equivalent to the Boltzmann constant with respect to Avogadro's number.
The ideal gas equation is given as,
PV = nRT
Given,
Pressure (P) = 2.5 atm
Volume (V) = 36.1 L
Moles (n) = 0.57 mol
Temperature (T) = 1930 Kelvin
Gas constant = R
Substituting the values above, R is calculated as:
R = (PV) ÷ (nT)
R = (2.5 atm × 36.1 L) ÷ (0.57 mol × 1930 K)
= 72.2 ÷ 1100.1
= 0.06563 atm L per mol per K
Therefore, the gas constant (R) is 0.06563 atm L per mol per K.
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