A homogeneous mixture of substances in which the components of a solution may be separated by altering the physical state of either component is
Solid
Liquid
Gas
Solution
The mode of concentration expression for a solution that is independent of temperature is
Molality
Molarity
Normality
Mass percentage
The freezing point of a solvent is decreased by a non volatile solute dissolve in it is called the
Freezing point Elevation
Freezing point Depression
Freezing point Equilibrium
Freezing point Enhancement
The physical property which depends on the amount of matter is termed as
extensive
intensive
extrinsic
intrinsic
A solution of higher osmotic pressure with respect to one with a lower osmotic pressure is said to be
Isotonic
Hypotonic
hypertonic
Isotopic
The net flow of solvent molecules through a semi permeable membrane from a pure solvent or less concentrated solution into a more concentrated solution is called as
Osmosis
Diffusion
Viscosity
Fluidity
The property that depends on the number of solute particles rather than their chemical identity is
Colligative
Osmotic pressure measurements are best suited for determining the molar masses of
Sparing soluble non volatile solutes
Highly soluble non volatile solutes
non-ionizing solutes of very low molar masses
non-ionizing solutes of very high molar masses.
A solute that completely dissociates to produce particles is said to be a
Strong electrolyte
Weak electrolyte
Weak acid
Salt
The passage through semipermeable membrane of solvent molecules from a solution into the pure solvent is
Reverse osmosis
Reverse diffusion