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At 300K temperature Beaker A containing 0.02M solution of urea and Beaker B containing 0.002M solution of sugar are seperated by SPM with respect to water . On which Beaker how much pressure should be applied to prevent osmosis? At 300K temperature Beaker A containing 0.02M solution of urea and Beaker B containing 0.002M solution of sugar are seperated by SPM with respect to water . On which Beaker how much pressure should be applied to prevent osmosis?
At 300K temperature Beaker A containing 0.02M solution of urea and Beaker B containing 0.002M solution of sugar are seperated by SPM with respect to water . On which Beaker how much pressure should be applied to prevent osmosis?
osmotic pressure is given by the formula,pi=CRTwhere C is the concentration of the solutionR is the gas constantT is the temperature in kelvinosmotic pressure in each beaker separated by semi permeable membranebeaker A=CRT=.02*.0821*300=.49 barbeaker B=.002*.0821*300=.049 bar
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