Advertisements
Advertisements
प्रश्न
How are sol, solution and suspension different from each other?
Advertisements
उत्तर
| Property | Sol | Solution | Suspension | |
| 1. | Nature | Heterogeneous | Homogeneous | Heterogeneous |
| 2. | Particle size (diameter) | Between 10-7 to 10-5 cm (10-9 to 10-7 m or 1 nm to 100 nm) | Less than 1 nm (less than 10-9 to 10-7 m) | More than 100 nm |
| 3. | Appearance | Generally clear | Clear | Opaque |
| 4. | Visibility | Visible with ultramicroscope | Not visible | Visible with naked eyes |
| 5. | Diffusion | Diffuses very slowly | Diffuses rapidly | Does not diffuse |
| 6. | Tyndall effect | Shows | Does not show | Shows |
| 7. | Settling of particles | Settle only on centrifugation | Does not settle | Settle of their own |
APPEARS IN
संबंधित प्रश्न
Explain the term of Solute.
Differentiate between solution and suspension.
Colloids have the particle size range between
Explain the term of solvent.
Define the term ‘solubility ’ of a solute in water. If 10 g. of a solute is added to 100 g. of water at 50°C and stirred, it is seen that the total solute dissolves at that temperature giving an unsaturated solution. Is 10 g, the solubility of the solute in water. Give reasons.
How are solutions generally classified. What is the basis of this classification.
Draw a table to differentiate – True solutions, colloidal solutions & suspensions – with respect to
- Type of mixture
- Solute particles in the mixture.
Select the correct answer of the following statement:
A heterogenous mixture of undissolved particles in dispersion medium, visible to the naked eye.
Complete the statement by filling the blank with the correct word from the option.
Solubility of a solute is the _______ amount of solute that will saturate 100 g. of water at t°C.
Two substances, A and B were made to react to form a third substance, A2B according to the following reaction
\[\ce{2A + B -> A2 B}\]
Which of the following statements concerning this reaction are incorrect?
(i) The product A2B shows the properties of substances A and B
(ii) The product will always have a fixed composition
(iii) The product so formed cannot be classified as a compound
(iv) The product so formed is an element
