A suspension is the mixture with the largest particles.
Visible particles would be heterogeneous elements of a mixture. A truly homogeneous mixture would have no visible particles. However, you could still have an approximately homogeneous mixture with visible particles, evenly distributed throughout the mixture.
It is a heterogenous mixture.
In a homogeneous mixture particles are spread evenly.
A colloid is a homogeneous mixture in which particles are mixed together but not dissolved.
A suspension is the mixture with the largest particles.
Visible particles would be heterogeneous elements of a mixture. A truly homogeneous mixture would have no visible particles. However, you could still have an approximately homogeneous mixture with visible particles, evenly distributed throughout the mixture.
Even if the apple juice is labelled as '100% pure', it is still a mixture of water particles, sugar particles, flavour particles, and vitamin particles. So it is a mixture, not a pure substance.
A suspension has large particles that settle out on standing.
nothing, the particles are visible because the particles are in the mixture. The substances being visble and identifiable in a mixture is because that mixture is heterogenous.
A homogenous mixture
Yes, it does because tyndall effect is caused by scattering of light by small particles in colloidal solutions in transparent medium. (colloid means the mixture of particles less than size of particles in suspension)
It is a heterogenous mixture.
In a homogeneous mixture particles are spread evenly.
A colloid is a homogeneous mixture in which particles are mixed together but not dissolved.
A solution is a clear mixture in which a substance is dissolved in water. (A colloidis a mixture having insoluble particles suspended in water)
A suspension contains particles that will settle out of the mixture if left sitting out.