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Equal volumes of water and ether from two layers and each liquid layer is a saturated solution of other liquid, such solutions are called:

NETNUST Entry TestChemistrySolutions

Solubility principle is:

NETNUST Entry TestChemistrySolutions

Non-polar or less polar molecular crystals usually dissolve in:

NETNUST Entry TestChemistrySolutions

$H_{2}$ absorbed by palladium is n example of solution of:

NETNUST Entry TestChemistrySolutions

Dust particles in smoke is an example of solution of:

NETNUST Entry TestChemistrySolutions

Cheese and butter are the examples of solution of:

NETNUST Entry TestChemistrySolutions

All three states of matter i.e solid, liquid or gas can act as:

NETNUST Entry TestChemistrySolutions

If 9.8ml of $H_{2}SO_{4}$ is present in one $dm_{3}$ of solution, the solution is:

NETNUST Entry TestChemistrySolutions

The sum of mole fraction of components of a solution is equal to:

NETNUST Entry TestChemistrySolutions

One molal solution is that which contains one mole of solute dissolved in:

NETNUST Entry TestChemistrySolutions

The molarity of 2% w/v NaOH solution is:

NETNUST Entry TestChemistrySolutions

5g of glucose is dissolved for $100 cm^{3}$ of solution.The percentage of solution is:

NETNUST Entry TestChemistrySolutions

The ratio of moles of a particular component of solution to total moles of all components of solution is:

NETNUST Entry TestChemistrySolutions

The sum of mole per cent of all the components of solution is always equal to:

NETNUST Entry TestChemistrySolutions

10g of NaOH has been dissolved per kg of solvent.The molality of solution is:

NETNUST Entry TestChemistrySolutions

10g of NaOH has been dissolved per $dm^{3}$ of solution.The molarity of solution is:

NETNUST Entry TestChemistrySolutions

A solution of sucrose is 34.2%. The volume of solution containing one mole of solute:

NETNUST Entry TestChemistrySolutions

(A) is one molar NaCl solution and (B) is 1 molal NaCl solution:

NETNUST Entry TestChemistrySolutions

A solution of glucose is 10%.The volume to which 1g mole of it dissolved will be:

NETNUST Entry TestChemistrySolutions

Molarity of pure water is:

NETNUST Entry TestChemistrySolutions

To calculate volume of the solvent, we need to know the

NETNUST Entry TestChemistrySolutions

As compared to molar solutions, in the molal solution the quantity of solvent is:

NETNUST Entry TestChemistrySolutions

The number of moles of solute in 1000 g (1 kg) of the solvent is called:

NETNUST Entry TestChemistrySolutions

The number of moles of solute dissolved per $dm^{3}$ of the solution is called:

NETNUST Entry TestChemistrySolutions

In which of the following solutions the total volume of solution may not be necessarily equal to sum of volumes of solute and solvent?

NETNUST Entry TestChemistrySolutions