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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:
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NUST Entry Test
Chemistry
Solutions
Solubility principle is:
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Chemistry
Solutions
Non-polar or less polar molecular crystals usually dissolve in:
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Chemistry
Solutions
$H_{2}$ absorbed by palladium is n example of solution of:
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Chemistry
Solutions
Dust particles in smoke is an example of solution of:
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Chemistry
Solutions
Cheese and butter are the examples of solution of:
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Chemistry
Solutions
All three states of matter i.e solid, liquid or gas can act as:
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Chemistry
Solutions
If 9.8ml of $H_{2}SO_{4}$ is present in one $dm_{3}$ of solution, the solution is:
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Chemistry
Solutions
The sum of mole fraction of components of a solution is equal to:
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NUST Entry Test
Chemistry
Solutions
One molal solution is that which contains one mole of solute dissolved in:
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Chemistry
Solutions
The molarity of 2% w/v NaOH solution is:
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Chemistry
Solutions
5g of glucose is dissolved for $100 cm^{3}$ of solution.The percentage of solution is:
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Chemistry
Solutions
The ratio of moles of a particular component of solution to total moles of all components of solution is:
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Chemistry
Solutions
The sum of mole per cent of all the components of solution is always equal to:
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Chemistry
Solutions
10g of NaOH has been dissolved per kg of solvent.The molality of solution is:
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Chemistry
Solutions
10g of NaOH has been dissolved per $dm^{3}$ of solution.The molarity of solution is:
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Chemistry
Solutions
A solution of sucrose is 34.2%. The volume of solution containing one mole of solute:
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Chemistry
Solutions
(A) is one molar NaCl solution and (B) is 1 molal NaCl solution:
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Chemistry
Solutions
A solution of glucose is 10%.The volume to which 1g mole of it dissolved will be:
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Chemistry
Solutions
Molarity of pure water is:
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Chemistry
Solutions
To calculate volume of the solvent, we need to know the
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Chemistry
Solutions
As compared to molar solutions, in the molal solution the quantity of solvent is:
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Chemistry
Solutions
The number of moles of solute in 1000 g (1 kg) of the solvent is called:
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NUST Entry Test
Chemistry
Solutions
The number of moles of solute dissolved per $dm^{3}$ of the solution is called:
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NUST Entry Test
Chemistry
Solutions
In which of the following solutions the total volume of solution may not be necessarily equal to sum of volumes of solute and solvent?
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NUST Entry Test
Chemistry
Solutions
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