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Laws of Definite Proportions, Multiple Proportions

the mole frac...

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the mole fraction pf a solute in a solution is 0.1 at 298 K. Molality of this solution is same as molarity. Density of this solution at 298 K is 2g/cm^3. Find the ratio of molecular weight of solute and solvent

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Q. The mole fraction of a solute in a solution is 0.1. At 298 K, molarity of this solution is the same as its molality. Density of this solution at 298 K is 2.0 g

c m^{- 3}

. The ratio of the molecular weights of the solute and solvent,

(\frac{M W_{s o l u t e}}{M W_{s o l v e n t}})

Q. The mole fraction of a solute in a solution is 0.1. At 298 K, molarity of this solution is the same as its molality. Density of this solution at 298 K is 2.0 cc. The ratio of the molecular weights of the solute and solvent,

(\frac{M W_{s o l u t e}}{M W_{s o l v e n t}})

Q. The mole fraction of a solute in a solution is

0.1

298 K

, molarity of this solution is the same as its molality. Density of this solution at

298 K

2.0 {g cm}^{- 3}

. The ratio of the molecular weights of the solute and solvent,

(\frac{m_{solute}}{m_{solvent}})

Q. The mole fraction of a solute in a solution is

0.1

298 K

, morality of this solution is the same as its morality. Density of this solution at

298 K

2.0 g c m^{- 1}

. The ratio of the molecular weights of the solute and solvent,

(\frac{M W_{s o l u t e}}{M W_{s o l v e n t}})

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Laws of Definite Proportions, Multiple Proportions

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