Question

: In which of the following mixtures are the largest particles found?
(A) In a solution
(B) In a suspension
(C) In a colloid
(D) In an alloy

Answer 1

Hint: A specific form of homogeneous mixture composed of two or more substances is a solution. For such a mix, a solution is a product that is absorbed by a solvent. The combining phase of a solvent is carried out at a point of which the results of chemical polarity are concerned.

Complete step by step solution:
> When the solvent is the larger fraction of the mixture, the solution normally has the state of the solvent, as usual. The concentration, measuring the amount of solute in a given solution or solvent, is an important parameter of a solvent. If one of the solvents is water, the word 'aqueous solution' is used.
> A colloid is a phase-split mixture in which a material is suspended in the product by microscopically scattered insoluble or soluble objects. The dispersed substance is sometimes referred to mostly as a colloid; the term colloidal suspension inconsistently refers to the whole mixture (although the word suspension is narrowed by a larger particle sized sense from colloids).
> A combination of metals or metals with one or more other components is an alloy. By mixing metallic materials , for example, gold and copper make red gold, gold and silver turn into blue gold, and silver creates sterling silver by conjunction with copper. Elemental iron creates alloys such as steel or silicon steel together with non-metallic carbon or silicon.
The biggest particles will be found in an alloy.
The smallest particles will be found in a true solution.
Hence, it is clear that option D is the correct option.

Note: A suspension is a heterogeneous mixture in chemistry that contains solid particles large enough to sediment. The particles will often be seen from the naked eye, typically greater than one micrometre, and may gradually settle, but only when the particles have not settled, will the substance be known as a suspension.