When two or more substances are so evenly mixed that you can't see the different part, it is a homogenous mixture which is a solution.
A homogeneous mixture, also sometimes solution.
Example:- The mixture of salt and water is a homogeneous solution.
homogeneous mixtures... ur welcome
You think probable to a homogeneous mixture.
You get an homogeneous mixture.
A heterogenous mixture, you can see the different components. Although, in a homogenous mixture they parts are so evenly mixed you can not see the different components.
Homogenous mixtures are ones in which you cannot see the different parts that make it up. An example is milk. Heterogenous mixtures are ones that you can make out and seperate the different parts easily such as chex mix. with a heterogeneous mixture you can see the difference but a homogeneous mixture is mixed soo well you can't tell the difference. A heterogeneous mixture is one that does not blend smoothly and in which the individual substances remain distinct. A homogeneous mixture has the same composition throughout, and always has a single phase. A heterogeneous mixture's components are not evenly distributed and are immiscible, or not able to be mixed. A homogeneous mixture's components are evenly distributed and are miscible, or able to be mixed.
In a homogenous mixture the substance are so evenly distributed that it is difficult to distinguish one substance in the mixture from another but it only contains only one substance and it will appear the same. In a heterogenous mixture the parts of the mixture are noticeably different from one another and the mixture is different and kind.
I assume you mean PURE, and no, it isnt. the definition of a pure substance is where it cannot be separated into two parts. sap is made of lots of different pure elements.
You decide whether a substance in homogenous or heterogenous by it's appearance. If it looks like it has just one part, it is homogenous. If it looks like it has 2 of more parts, it is heterogenous. An example of a homogenous substance is mouthwash. It looks like it is one substance, a blue liquid.
I think it would be evenly mixed, because you can't see all the parts, but you can still pick the different pieces out physically. That's what I think but I could be wrong. o_o
Because a solution is similar to a homogeneous mixture which means that it is so evenly mixed that you cant see the different parts
Paint is a great example of a very well-mixed substance, though when it sits, it separates into its different chemical parts based on the weight of each substance.
A heterogenous mixture, you can see the different components. Although, in a homogenous mixture they parts are so evenly mixed you can not see the different components.
Substances dissolve into one another.
i am somewhat sure that the answer to this question is a homogenous mixture.Yes it is right so it is a homogenous mixture, hope this helps a lot:) and if u wanna u can discuss it
Because there are different parts of South America.
Heterogeneous Substance is mixture. The mixture is made of two different parts that you can detect quite easily.
It depends on evenly into how many parts!
Mixed numbers have fractional parts that must be compared; whole numbers do not.
Homogenous mixtures are ones in which you cannot see the different parts that make it up. An example is milk. Heterogenous mixtures are ones that you can make out and seperate the different parts easily such as chex mix. with a heterogeneous mixture you can see the difference but a homogeneous mixture is mixed soo well you can't tell the difference. A heterogeneous mixture is one that does not blend smoothly and in which the individual substances remain distinct. A homogeneous mixture has the same composition throughout, and always has a single phase. A heterogeneous mixture's components are not evenly distributed and are immiscible, or not able to be mixed. A homogeneous mixture's components are evenly distributed and are miscible, or able to be mixed.
A heterogeneous mixture is a mixture that is not evenly mixed. Heterogeneity (the noun) means the opposite of homogeneity, which means "uniformly distributed".