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suspension particles can be seen through a microscope
This is the heterogeneous mixture where particles are large enough to be seen with the naked eye.
Any substance such as an mixture, colloid, suspension, solution, and all non-microscopic matters in our ecosystem are visible to the naked eyes.
It's Suspension I'm 100% sure of that answer
Solution: one phase system (solute or solutes in a solution) Colloid: two phases system, very stable dispersion in a dispersion medium, particles in the range 5-200 nm Suspension: two phases (or more) system, unstable, particles above 200 nm A colloid is distinguished from a solution and a suspension by the particles, because they usually have an electric charge, and they repel each other, so they do not collect into larger perticles that would settle out like those in solutions, and suspensions.
Particles cannot be filtered from colloids. A colloid is distinguished from a solution and a suspension by the particles because they usually have an electric charge, and they repel each other, so they do not collect into larger particles that would settle out like those in solutions, and suspensions.
suspension particles can be seen through a microscope
This is the heterogeneous mixture where particles are large enough to be seen with the naked eye.
Any substance such as an mixture, colloid, suspension, solution, and all non-microscopic matters in our ecosystem are visible to the naked eyes.
For any mixture to be called a colloid, there are some conditions to be fulfilled:the solvent in which particles are moving around the solvent without dissolving or without settling down.The particles must be visible to the naked eye.the density of the particles must be same at every point of the solventSince smoke has all these properties, so it's considered as a colloid.
Colloids are particles smaller than those in a suspension. The basic difference between a colloid and a suspension is the diameter of the particles dispersed. Colloids are generally 1 to 5 nanometers while suspensions are usually 1000 nanometers. Colloids are usually harder to detect / see with the naked eye or microscope for this reason. Gelatin, butter, smoke, and fog are examples. A muddy delta is an example of a suspension.
A heterogeneous mixture where particles are large enough to be seen with the naked eye is called a suspension. The suspended particles will settle at the bottom of the container over time when left undisturbed.
A heterogeneous mixture where particles are large enough to be seen with the naked eye is a suspension. An example of this is settled mud in water.
It's Suspension I'm 100% sure of that answer
A suspension is a mixture between two substances, one of which is finely divided and dispersed in the other. Common suspensions include sand in water, dust in air, and droplets of oil in air. Particles in a suspension are larger than those in a solutions; they are visible under a microscope and can often be seen with the naked eye. Particles in a suspension will settle out if the suspension is allowed to stand undisturbed. Many particles of a suspension can be separated through a filter. An example of a simple suspension would be flour in water, or sand in water. In Czech republic there are a two completely different rivers: Moldau and Elbe. Moldau is brown because its origin is in swamps while Elbe is blue because its origin is in ice.
A Suspension Here the particle size can be viewed by the naked eye. The particles display the tyndal effect where the particles are used as the medium for light rays. The particles also settle down after a short period of time and this mixture can be seperated using a funnel or evaporation(if it is an aqueous solution).
Solution: one phase system (solute or solutes in a solution) Colloid: two phases system, very stable dispersion in a dispersion medium, particles in the range 5-200 nm Suspension: two phases (or more) system, unstable, particles above 200 nm A colloid is distinguished from a solution and a suspension by the particles, because they usually have an electric charge, and they repel each other, so they do not collect into larger perticles that would settle out like those in solutions, and suspensions.