Muddy water is heterogeneous because the mud and water are separate, plus the mud is made up of different things.
heterogeneous
Sea water is a homogeneous mixture because only one phase can be seen when you look at it (similar to homogenized milk).
A popsicle is not a heterogeneous mixture but a homogeneous mixture. This is because a popsicle is the same all throughout.
The difference is that in a diagram that is heterogeneous there are many different shapes in the diagram, whereas in homogeneous diagrams all the shapes in the diagram are exactly the same.
Homogeneous mixtures have uniform composition and properties throughout and are known as solutions. For e.g, when sugar/salt is dissolved in water it forms a solution in which the sugar/salt and water are uniformly mixed (the sugar is dissolved uniformly in water). e.g.airHeterogenous mixtures are those which aren't uniform in composition and properties throughout e.g. granite which consists of quartz, feldspar and mica and you can identify each of the substances sepaately in the mixture. Heterogeneous mixtures can be suspensions or colloids.NOTE: None of these mixtures are compounds.Homogeneous mixtures contain a single phase, whereas heterogeneous mixtures have many phases. ~IHATEe2020~
A homogeneous mixture is one that's uniform in composition, though not necessarily at every level. At the base level of observation, a popsicle could be considered homogenous, as it is a single block of flavored ice. However, smaller in scale, popsicles are more likely to be heterogenous, due to the mixing of flavor and water not necessarily being purely arranged.
Muddy water is a heterogeneous mixture.
No, muddy water is a heterogeneous mixture.
No. A solution is a homogeneous mixture. Muddy water is heterogeneous.
Assuming you can't see the individual particles of its components and it has the same consistency throughout, it is a homogenous mixture.
homogeneous
homogeneous
heterogeneous
it is heterogeneous
Homogeneous
This is a homogeneous solution.
Sugar (sucrose) dissolves completely in water, making a homogeneous solution.
Water without insoluble impurities is homogeneous.