Classify the following liquid mixtures as heterogeneous or...

Classify the following liquid mixtures as heterogeneous or homogeneous. Further classify each homogeneous mixture as a solution or colloid.
(a) Orange juice with pulp
(b) Apple juice
(c) Hand lotion
(d) Tea

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Key Concepts

Colloid

A colloid is a homogeneous mixture where one substance is dispersed in another in the form of very small particles that are larger than molecules but small enough to remain suspended. The particles in a colloid do not settle out on standing and the mixture can exhibit the Tyndall effect, where light is scattered by the particles.

Solution

A solution is a type of homogeneous mixture where one or more substances (solutes) are completely dissolved in another substance (solvent) at the molecular level. In solutions, the solute particles are typically present as individual molecules or ions, resulting in a clear and uniform mixture.

Heterogeneous Mixture

A heterogeneous mixture is one in which the individual components are not uniformly distributed throughout the mixture. This means that its different parts can be visually distinguished and separated by physical means, indicating that the composition varies from one part of the mixture to another.

Homogeneous Mixture

A homogeneous mixture has a uniform composition and appearance throughout. In these mixtures, the constituent parts are evenly distributed at the molecular or particulate level, and any sample taken from the mixture will be representative of the whole.

Transcript

00:03 Let's discuss the design coaching.

00:07 The coach is classify the following liquid mixture as heterogeneous.

00:14 We have dethrone heterogeneous.

00:21 Heterogeneous are homogeneous.

00:30 Homogeneous.

00:31 Further classify each homogeneous mixture as a solution are collite.

00:36 So here first we will differentiate between detrom heterogeneous and homogeneous.

00:40 So heterogeneous is uniform throughout.

00:47 Heterogeneous is not uniform throughout, not uniform.

00:55 It has not uniform composition.

01:07 And here, homogeneous solution or mixture is uniform composition.

01:14 It has uniform composition throughout.

01:23 And it seems identical.

01:25 Here is not seem identical or not uniform composition and next here is the word we have here is solution are collide so solution are collide we have so we have to and differentiate between solution and collide is a solution is homogeneous and it has uniform face or we can say it is uniform composition or uniform face.

02:09 It is not uniform composition or face.

02:13 It is uniform composition or face.

02:16 So here's solution, you know that homogeneous.

02:19 It is homogeneous, homogeneous, having uniform face...

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