No. Sand usually consists of more than one mineral, plus there are the spaces between the grains that are usually filled with air or water.
Homogeneous because you can't see the carbon in the sand.
yes if it is mixed with water no i am not sure
sulfur sodium chloride sand is a homogeneous mixture (solution)
A mixture of sand and water would be a heterogeneous mixture because the sand doesn't dissolve within the waterHeterogeneous.See the Related Questions to the left for more information.
Homogeneous mixtures are mixtures which get completely mixed in the solution. For example, a solution of salt and water. Heterogeneous mixtures are mixtures which do not get completely mixed in the solution. For example, a solution of sand and water.
Sand is not a homogeneous material.
Homogeneous
This mixture is not homogeneous.
no
Homogeneous because you can't see the carbon in the sand.
Finally divided sand may be homogeneous.
Salt and sand is a mixture.
yes if it is mixed with water no i am not sure
I don't know
No, if sand is included its heterogeneous.
Beach sand is a heterogeneous mixture
Sand itself is homogeneous (each grain is homogeneous), however sand in general (lots of grains of sand, as in a handful of sand) is heterogeneous because it both has other things than sand mixed in and also it is not a pure solid (it is not a large rock of sand).See the Related Questions to the left for more information about heterogeneous and homogeneous mixtures.Sand itself is a homogeneous but it's not a mixture. It's a compound. If your talking about a bucket of sand it isn't uniformed throughout it would be a heterogeneous mixture because it's uniform of each piece of "sand" varies. It would be a homogeneous mixture if all the sand in the bucket where the uniformed throughout. For example if all the specs of sand in the bucket are SIO2 silicon dioxide it is a homogeneous mixture.Chemistry the central science 11 editions and their book still confuses people. You think they could explain what they are talking about a little bit better. It's only a 400 dollar book.