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A solution of 0.95 g of magnesium chloride, of molar… | StemPy Lab
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A solution of 0.95 g of magnesium chloride, of molar mass 95 g/mol, in 125 g of water is taken to split completely. What is its freezing point? Take Kf = 1.86 K kg/mol.
Chemistry
Medium
High School (11–12)
Solutions › Colligative Properties and the van 't Hoff Factor
NEET
AP
Created by
StemPy Lab
A solution of
0.95
g
0.95\ \text{g}
0.95
g
of magnesium chloride, of molar mass
95
g/mol
95\ \text{g/mol}
95
g/mol
, in
125
g
125\ \text{g}
125
g
of water is taken to split completely. What is its freezing point? Take
K
f
=
1.86
K kg/mol
K_f = 1.86\ \text{K kg/mol}
K
f
=
1.86
K kg/mol
.
−
0.149
∘
C
-0.149\ ^\circ\text{C}
−
0.149
∘
C
−
0.298
∘
C
-0.298\ ^\circ\text{C}
−
0.298
∘
C
−
0.446
∘
C
-0.446\ ^\circ\text{C}
−
0.446
∘
C
−
1.34
∘
C
-1.34\ ^\circ\text{C}
−
1.34
∘
C
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← The liquid of an ideal solution has a mole fraction of A of 0.03. Pure A has a vapour pressure 3 times that of pure B. The vapour is condensed completely, and the liquid so formed is boiled again. What is the mole fraction of A in the second vapour?
Statement I: The solubility of a gas in a liquid falls as the temperature rises. Statement II: The solubility of every solid in a liquid rises as the temperature rises. Which choice is right? →
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Solutions › Colligative Properties and the van 't Hoff Factor
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