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________
here, we have
w2 = 0.456g
M2 = 152
w1 = 31.4g
To = 56.30℃
Kb = 17.2℃/100g
∆Tb = 100Kb.w2 / w1M2
= 100×17.2×0.456 / 31.4×152
•°• Boiling point of solution (Tb) = Tb° + ∆Tb
= 56.30 + 0.16
= 56.46℃ ans
________
here, we have
w2 = 0.456g
M2 = 152
w1 = 31.4g
To = 56.30℃
Kb = 17.2℃/100g
∆Tb = 100Kb.w2 / w1M2
= 100×17.2×0.456 / 31.4×152
•°• Boiling point of solution (Tb) = Tb° + ∆Tb
= 56.30 + 0.16
= 56.46℃ ans
ravi9848267328:
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Explanation:
Boiling point of acetone = T= 56.30 °C = 329.30 K
Boiling point of the solution with 0.456 g of camphor = Tb
⚠️Tb=Tb-T
⚠️Tb=kf x m
Kf per 100g of acetone =17.2k g/mol
Kf per 1000g of acetone =1.72k kg/mol
⚠️Tb=1.72k kg/mol x 0.456g/152g/molx0. 0314kg =>0.164k
Tb=⚠️Tb+T
Tb=0.164k+329.30k=>329.464k
Tb=56.46°C
The boiling point of a solution is 56.46°C
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