The Rankine temperature scale used in engineering is to the Fahrenheit scale as the Kelvin scale is to the Celsius scale. That is, 1 Rankine degree is the same size as 1 Fahrenheit degree, and 0^∘ R= absolute zero. (a) What temperature corresponds to the freezing point of water on the Rankine scale? (b) What is the value of the gas constant R on the Rankine scale in (L · atm ) /(^∘ R · mol)? . (c) Use the van der Waals equation to determine the pressure inside a 400.0 mL vessel that contains 2.50 mol of CH_4 at a temperature of 525^∘ R . For CH_4, a=2.253 (L^2 ·atm) / mol^2 ; b=0.04278 L / mol .
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understanding the fundamentals of gas laws: a comprehensive guide, standards and units: ensuring precision and accuracy, understanding temperature and achieving thermal equilibrium
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