When the solvent is in solid state, solution isa)Solid solutionb)Gaseous solutionc)Solutiond)Liquid solutionCorrect answer is option 'A'. Can you explain this answer?

Question

Answer

When both the solute and solvent are in solid state ,then the solution is called as solid solution or solid sol .

Answer

Solvent is in solid,so basically solution is solids..
sometime it's have been changes,but in other condition.

Answer

When both the solute and solvent are in solid state ,then the solution is called as solid solution or solid sol.

Answer

As we know that solvent is always greater in propotion wid respect to the solute; the solution will be in that state only in which the solvent is. hope uh got it :)

Answer

When both the solute and solvent are in solid state, then the solution is called a solid solution or solid sol.

Solid Sol includes gems, photochromic glass, alloys, ruby stone, coloured glass, vision glasses, etc.

Answer

When both the solute and solvent are in solid state, then the solution is called a solid solution or solid sol.

Solid Sol includes gems, photochromic glass, alloys, ruby stone, coloured glass, vision glasses, etc.

Answer

When both the solute and solvent are in solid state, then the solution is called a solid solution or solid sol.

Solid Sol includes gems, photochromic glass, alloys, ruby stone, coloured glass, vision glasses, etc.

Answer

When the solvent is in solid state, the resulting solution is called a solid solution. A solid solution is a homogeneous mixture of two or more substances, where the solvent is in a solid state and the solute(s) may be in either solid, liquid, or gaseous state.

Solid solutions are formed when atoms, ions, or molecules of the solute are dispersed uniformly throughout the crystal lattice of the solvent. This arrangement allows for the solute particles to occupy the spaces between the solvent particles, resulting in a single phase mixture.

Here are some key points to explain the answer in detail:

1. Definition of a solid solution:
A solid solution is a type of solution where the solvent is in the solid state and the solute(s) may be in any state (solid, liquid, or gas). It is a homogeneous mixture with a uniform distribution of solute particles within the crystal lattice of the solvent.

2. Formation of solid solutions:
Solid solutions can be formed through various processes such as mixing, melting, or precipitation. The solute particles are dispersed throughout the solvent lattice due to their similar atomic or molecular sizes and similar chemical properties.

3. Examples of solid solutions:
- Alloys: Alloys are solid solutions of metals. For example, brass is a solid solution of copper (solvent) and zinc (solute), where zinc atoms are dispersed within the crystal lattice of copper.
- Interstitial solid solutions: In interstitial solid solutions, small solute atoms occupy interstitial sites between the solvent atoms. An example is the formation of steel, where carbon atoms occupy the interstitial sites in the iron lattice.
- Substitutional solid solutions: In substitutional solid solutions, solute atoms replace some of the solvent atoms in the crystal lattice. An example is the formation of bronze, where tin atoms replace some of the copper atoms in the crystal lattice.

4. Properties of solid solutions:
Solid solutions often exhibit unique properties compared to the pure solvent or solute. These properties can include changes in melting point, electrical conductivity, mechanical strength, and corrosion resistance.

In conclusion, when the solvent is in a solid state, the resulting solution is called a solid solution. It is a homogeneous mixture with a uniform distribution of solute particles within the crystal lattice of the solvent. Solid solutions can be formed through mixing, melting, or precipitation processes and exhibit unique properties based on the composition of the solvent and solute.

Similar Class 12 Doubts

5.25% solution of a substance is isotonic with a 21 .5% solution of urea (NH2CONH2 )by weight of solution in the same solvent at 300 K. If the densities of both the solutions are assumed to be equal to 1.0 g cm-3 then, molar mass of the substance will be

Which of the two has lower freezing point, 2m NaCl or 5m NaCl aqueous solution?

Which one of the following statement is false? [AIEEE-2004]

what is solution Related: Types of Solutions?

the osmotic pressure of the solution obtained by mixing 200 cm3 of 2% solution of urea with 200cm3 of 3.42% solution of sucrose at 20 degree Celsius is Related: NCERT Solutions - Solutions?

Top Courses for Class 12

Related Content

Schools

Competitive Examinations

Quick Access Links

Technical Exams