The vapour pressure of ice at an equilibrium with h2o ( water ) at 0.0075 degree celsius is 4.58mmhg at 0( degree ) is 759.8mmhg. calculate the molar heat of fusion of ice . given that , the specific volume of ice and h20 ( water ) are 1.090cm3 and 1.001cm3 respectively. take density of mercury at 0 zero degree to be equal 13.6gcm3
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Darla claims that the first periodic table developed by mendeleev was not completely accurate, so it is not useful at all. harmony argues that it establish the periodic table we use today, making it more credible. who is correct and why? darla is correct, because a model that has any mistakes should be thrown out. darla is correct, because a good model would not need to change. harmony is correct, because mendeleevās model had all of the information correct in the first version. harmony is correct, because mendeleevās model made predictions that came true.
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The vapour pressure of ice at an equilibrium with h2o ( water ) at 0.0075 degree celsius is 4.58mmhg...
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