Henry’s law relates solubility of a gas in a liquid to A temperature only B pressure of the gas C
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Chapter 5: Solutions, Colligative Properties, Surface Chemistry & Colloids (Set-3)
A non-volatile solute is added to a solvent. The vapor pressure of the solution A increases B decreases C remains
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A solution containing 5 moles of solute in 2 liters of solution has molarity A 1.0 M B 2.0 M
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A solution is a homogeneous mixture of A two or more substances B only solids C only liquids D only
Continue readingChapter 4: Thermodynamics & Chemical/Phase Equilibrium (Set-4)
For an ideal gas, which quantity remains constant during an adiabatic process A temperature B pressure C PVᵞ D volume
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For an ideal gas, the relation between Cp and Cv is A Cp − Cv = R B Cp +
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For an ideal gas, heat absorbed in an isochoric process is equal to A work done B change in enthalpy
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The first law of thermodynamics is based on conservation of A mass B energy C volume D entropy Explanation First
Continue readingChapter 3: States of Matter + Solid & Liquid State Basics (Set-4)
Crystal lattice is A random arrangement of particles B periodic 3D arrangement of particles C arrangement only on surface D
Continue readingChapter 3: States of Matter + Solid & Liquid State Basics (Set-3)
A real gas shows ideal behavior most closely at A high pressure and low temperature B low pressure and high
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