MSBTE Chemistry MCQ. We covered all the MSBTE Chemistry MCQ in this post for free so that you can practice well for the exam.
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MSBTE Chemistry Objective MCQ for Students
The solution which has the highest B.P. is :
(A) 0.1 M urea
(B) 30 g glucose per dm³
(C) 3.42 g sucrose in 100 ml
(D) 0.2 M glucose
Option d – 0.2 M glucose
Equimolal solutions will have the same boiling point provided. They do not undergo
(A) Association
(B) Electrolysis
(C) Dissociation
(D) Association and dissociation
Option d – Association and dissociation
Which one of the following aqueous solutions will have the same boiling point as that of 0.2 M aqueous fructose solution?
(A) 34.2 g sucrose per dm³.
(B) 36 g glucose in 500 cm³.
(C) 180 g glucose in 10 dm³.
(D) 12 g urea per dm³.
Option d – 12 g urea per dm³
The molal elevation constant is the ratio of elevation in boiling point to the
(A) Molarity of solution
(B) Molality of solution
(C) Mole fraction of solvent
(D) Atmospheric pressure
Option b – Molality of solution
When sugar is added to pure solvent as water the boiling point and freezing point of water are
(A) B.P. decreased and F.P. increased.
(B) Both B.P. and F.P. increase
(C) B.P. increases and FP. decreases
(D) Both B.P. and F.P. decrease.
Option c – B.P. increases and FP. decreases
Elevation in B.P. of sucrose is 0.1°C then, B.P. of NaCl solution for the same molality will be
(A) 0.1°C
(B) 0.2°C
(C) 100.2°C
(D) 100.1°C
Option c – 100.2°C
At high altitudes boiling point of water lower because
(A) Temperature is low.
(B) Atmospheric pressure is high.
(C) Atmospheric pressure and temperature are high.
(D) Atmospheric pressure is low.
Option d – Atmospheric pressure is low
Elevation in boiling point is directly proportional to the
(A) Molarity of the solution
(B) Lowering in vapor pressure
(C) Molality of the solution
(D) Both ‘b’ and ‘c’
Option d – Both ‘b’ and ‘c’
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