Answer:
Yes, it is possible for three or more elements to form a solid solution
This is type of solution is known as the ternary solid solution
Explanation:
Yes, it is possible for three or more elements to form a solid solution.
This is type of solution is known as the ternary solid solution.
The phase diagram for the ternary solid solution is three-dimensional.
For the analysis purpose the phase diagram of the ternary solution is represented in the two dimension
The plot obtained is triangular.
Yes, it is possible for three or more elements to form a solid solution.
Further Explanation:
Solid solutions:
Solid solutions are homogeneous mixtures that are formed when one or more solutes are added to the crystal lattice of the solvent. It is referred to as a solution instead of a compound as the crystal lattice of the solvent remains undisturbed by the addition of the solutes and they exist as a single phase. Examples are metal alloys and crystallized salts from their liquid solutions.
Solid solutions are of two types:
A. Interstitial solid solutions
B. Substitutional solid solutions
Conditions for the formation of solid solutions are as follows:
1. The crystal structure of the solvent must remain intact after the addition of solute atoms.
2. The material must remain homogeneous throughout the mixing of solutes and solvent. Example stainless steel is a ternary solution of iron, nickel, chromium.
So it is possible to form a solid solution of three or more elements together.
Learn more:
1. Differentiate between solid KCl and PbCl2 using water: https://brainly.com/question/5852049
2. Determine the length of one side of a 0.4 kilograms cube of solid gold, in units of inches? https://brainly.com/question/1787804
Answer details:
Grade: Senior Secondary School
Subject: Chemistry
Chapter: Solids State
Keywords: Solid solution, interstitial, substitutional, homogeneous, phase, elements, crystal lattice, solute, solvent, and stainless steel.
