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[" Chloroform,CHCl,boils at "61.7^(@)C" .If the "K_(b)" for "],[" chloroform is "3.63^(@)C/mol" ,what is the boiling "],[" point of a solution of "15.0kg" of "CHCl_(3)" and "],[0.616kg" of acenaphthalene,"C_(12)H_(10)" ? "],[[" (1) "61.9^(@)C," (2) "64^(@)C],[" (3) "52.2^(@)C," (4) "62.67^(@)C]]

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Choroform , CHCl_(3) , boils at 61.7^(@) C. If the K_(b) for choroform is 3.63^(@)C//"molal" , what is the boiling point of a solution of 15.0 kg of CH_(3) and 0.616 kg of acenaphthalene, C_(12)H_(10) ?

Choroform , CHCl_(3) , boils at 61.7^(@) C. If the K_(b) for choroform is 3.63^(@)C//"molal" , what is the boiling point of a solution of 15.0 kg of CH_(3) and 0.616 kg of acenaphthalene, C_(12)H_(10) ? (a)61.9 (b)62 (c)52.2 (d)62.67

The boiling point of C Cl_(4) higher than that of CHCl_(3) because :

The boiling point of C Cl_(4) higher than that of CHCl_(3) because :

At certain Hill-station pure water boils at 99.725^(@)C . If K_(b) for water is 0.513^(@)C kg mol^(-1) , the boiling point of 0.69m solution of urea will be:

At certain Hill-station pure water boils at 99.725^(@)C . If K_(b) for water is 0.513^(@)C kg mol^(-1) , the boiling point of 0.69m solution of urea will be:

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