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Use Henry's law and the ideal gas equation to prove the statement that the volume of a gas that dissolves in a given amount of solvent is independent of the pressure of the gas. (Hint: Henry's law can be modified as $n=k P,$ where $n$ is the number of moles of the gas dissolved in the solvent.)
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From $n=k P$ and $P V=n R T,$ show that $V=k R T$
Physical Properties of Solutions
University of Maryland - University College
University of Toronto
In chemistry, a solution is a homogeneous mixture composed of two or more substances. The term "solution" is also used to refer to the resultant mixture. The solution is usually a fluid. The particles of a solute are dispersed or dissolved in the solvent. The resulting solution is also called the solvent. The solvent is the continuous phase.
In physics and thermodynamics, the natural tendency of a system to change its state is its tendency to increase the entropy of the system. It is a measure of the disorder in a system.
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we're using Henry's law and the ideal gas equation to prove that the volume of a gas that dissolves in a given amount of solvent is independent of the pressure of the gas. Therefore, we do a little bit algebra. Do you have us end equals P V over R T Put that into this equation over here to give us PV over rt was KP sulphur V take with two peas to give us v equals k R T.
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