In the case of milk, milk is an emulsion in which both dispersed phase and dispersed medium are liquid states. In milk liquid fat is dispersed in water so that the fat is the dispersed phase and water represents the dispersion medium. (As milk is a colloidal mixture, including liquid fat and water).

Disperse phase is oil (liquid fat particles). Dispersion medium is water.

Milk is an emulsion with fat particles (globules) dispersed in an aqueous (watery) environment. The fat globules do not coalesce and form a separate layer (oil off or churn) because they are protected by a membrane layer which keeps the fat particles separate from the water phase.

(i) For smoke (solid aerosol), the dispersed phase is in solid state and dispersed medium is in gaseous state. (ii) For milk (emulsion), both the dispersed phase and dispersed medium are in their liquid state.

Any colloid consisting of a solid dispersed in a gas is called a smoke. Dispersed phase of smoke is Solid while it’s dispersion medium is gas.

The dispersion medium is gas and the dispersed phase is solid. Aerosol contains small particles of liquid or solid dispersed in a gas.

Smoke is a colloidal solution of solid in gas. It is an aerosol in which the dispersion medium is gas (air) and the dispersed phase is solid.

A colloidal system in which the dispersed phase is composed of either solid or liquid particles, and in which the dispersion medium is some gas, usually air. Haze, most smokes, and some fogs and clouds may thus be regarded as aerosols. …

Cloud is an aerosol that means it is a colloidal suspension of water droplets in air. Hence, dispersed phase is liquid (droplets of water) and dispersion medium is gas (air).

Medical Definition of dispersed phase : the phase in a two-phase system that consists of finely divided particles (as colloidal particles), droplets, or bubbles of one substance distributed through another substance. — called also discontinuous phase, internal phase.

Soda water- Its dispersed phase is gas and dispersal medium is liquid. 3. Smoke- Its dispersed phase is solid and dispersal medium is gas.

Milk is a colloid, with tiny globs of butterfat suspended throughout the liquid. suspension A mixture in which particles are dispersed throughout the bulk of a fluid.

Blood is a colloid because in blood the blood cell size is between 1nm to 100nm. A mixture in which one substance is divided into minute particles (called colloidal particles) and dispersed throughout a second substance. The mixture is also called a colloidal solution, colloidal system, or colloidal dispersion.

True Solution and Colloidal Solution In a true solution, like salt water, NaCl molecules are totally mixed in the water, and the solution can pass through a semi-permeable film without getting divided. On the other hand, in a colloidal solution, the units are bigger and they don’t liquefy.

Milk is called a colloid because it does not settle down when left undisturbed and it cannot be seperated by filtration. Since these characters are seen in colloids milk is known as colloid. Aakash EduTech Pvt.

-The scattering of light by colloidal solution tells us that the colloidal particles are much bigger than the particles of a true solution. – We can see that the correct options are (B) and (D), milk and starch solution are the colloids, hence these will show the tyndall effect.

Milk is an emulsified colloid of Liquid is dispersed in liquid where liquid butterfat globules dispersed within a water-based solution.

Milk is an emulsified colloid of liquid butterfat globules dispersed within a water-based solution.

When particles of a substance are evenly and microscopically distributed throughout another substance then that solution is known as colloid. Thus, we can conclude that out of the given options honey does not settles down due to its viscosity and therefore it is not a colloid.

Salt water is a true solution and is not a colloid. It is a true solution since salt particles completely dissolve in water.

Tyndall effect, also called Tyndall phenomenon, scattering of a beam of light by a medium containing small suspended particles—e.g., smoke or dust in a room, which makes visible a light beam entering a window.

When a beam of light is directed at a glass of milk, the light is scattered. This is a great example of the Tyndall effect. When a torch is switched on in a foggy environment, the path of the light becomes visible. In this scenario, the water droplets in the fog are responsible for the light scattering.

Answer Expert Verified Milk and starch solution will show tyndall effect because they are colloids. A colloid is a kind of solution in which the size of solute particles is intermediate between those in true solutions and those in suspensions.

Answer: The visible beam of headlights in fog is caused by the Tyndall effect. The water droplets scatter the light, making the headlight beams visible. The Tyndall effect is used in commercial and lab settings to determine the particle size of aerosols.

It is caused by reflection of the incident radiation from the surfaces of the particles, reflection from the interior walls of the particles, and refraction and diffraction of the radiation as it passes through the particles. Other eponyms include Tyndall beam (the light scattered by colloidal particles).

The Tyndall Effect is the effect of light scattering in colloidal dispersion, while showing no light in a true solution. This effect is used to determine whether a mixture is a true solution or a colloid.

Tyndall Effect Examples An example of how the Tyndall effect scatters blue light may be seen in the blue color of smoke from motorcycles or two-stroke engines. The visible beam of headlights in fog is caused by the Tyndall effect. The water droplets scatter the light, making the headlight beams visible.

Explanation of the Tyndall Effect with Labeled Diagram. Light, on passing through a colloidal mixture, gets scattered by its particles. This effect is called the Tyndall effect. This extract gives an insight into the definition of the Tyndall effect, and a detailedexplanation, coupled with a labeled diagram.

The correct answer is the scattering of light by particles in a mixture.

A sol is a colloid made out of very small solid particles in a continuous liquid medium. Sols are quite stable and show the Tyndall effect. Examples include blood, pigmented ink, cell fluids, paint, antacids and mud. Sols are commonly used as part of the sol–gel process.