Boiling point fo chloroform was raised by `0.323K`,when`0.5143g` of anthrance was dissolved in `35g`of chloroform .Molecular mass of anthracene is
`(K_(b)forCHCl_(3)=3.9 "K.kg mol"^(-1))`

Boiling point of chloroform was raised by 0.323 K when 0.5143 g of anthracene , was dissolved in 35 g of chloroform. Molecular mass of anthracene is _______. (K_(b) "of" CHCl_(3) = 3.9 K kg mol ^(-1))

The boiling point of CHCl_(3) was raised by 0.323^(@)C when 0.37 g of naphthalene was dissolved in 35 g CHCl_(3) . Calculate the molecular weight of naphthalene. (k'_(b) "for" CHCl_(3)= 3.9Kmol^(-1) kg) .

The boiling point of solution obtained by dissolving 0.51 g anthracene in 35 g chloroform increases by 0.32^(@) C then what will be the molar mass of anthracene if for chloroform K_(b)=3.9K Kg mol^(-1) :-

The boiling point of solution obtained by dissolving 0.51 g anthracene in 35 g chloroform increases by 0.32^(@) C then what will be the molar mass of anthracene if for chloroform K_(b)=3.9K Kg mol^(-1) :-

Chloroform boils at 61.7^(@)C and the solution of 6.21g of an organic compound is dissolved in 24g of chloroform boils at 68.04^(@)C . What would be the molar mass of compound if K_(b) value is 3.63 K kg mol^(-1) .

When 5.141 xx 10^(-4) Kg of anthracene is dissolved in 3.5 xx 10^(-3) Kg of chloroform the BP of CHCl_3 is found to be increased by 0.325K. Find the molecular weight of Anthracene. [ K_b = 3.9 "K.Kg mole"^(-1) ]

18 g of glucose is dissolved in 1 kg of water. At what temperature will the solution boil ? ( K_b for water is 0.52 K kg "mol"^(-1) )