A solution is prepared by adding 10 g of NaCl to 18 g of water. Calculate mole fraction of NaCl. (Molar mass of NaCl = 58.5 g).

A solution is prepared by adding 360 g of glucose to 864 g of water. Calculate mole fraction of glucose (molar mass of glucose = 180).

A solution is prepared by adding 360 g of glucose to 864 g of water. Calculate mole fraction of glucose (molar mass of glucose = 180).

A solution is prepared by adding 360 g of glucose to 864 g of water. Calculate mole fraction of glucose (molar mass of glucose = 180).

A solution is prepared by adding 360g of glucose to 864 g of water. Calculate mole fraction of glucose. (molar mass of glucose = 180)

A solution is prepared by adding 64 g of CH_(3)OH to 180 g of water. Calculate the mole fraction of CH_(3)OH . (Molar mass of CH_(3)OH = 32 g ) .

A solution is prepared by adding 60g of methyl alcohol to 120g of water. calculate the mole fraction of methanol and water?

A solution is prepared by adding 5g of a substance X to 18g of water. Calculate the mass percent of solute .

Calculate the boiling point of a solution prepared by adding 15.00 g of NaCl to 250 g of water . (K_(b) = 0.512 K kg mol^(-1) and molar mass of NaCl = 58.44 g mol^(-1) )

A solution is prepared by adding 5 g of a substance x to 18 g of water. Calculate the mass percent of the solute.

A solution is prepared by adding 5 g of a substance x to 18 g of water. Calculate the mass percent of the solute.