Water without insoluble impurities is homogeneous.
homogeneous because the water dissolves the sugar
it is liquid water
It is a homogeneous mixture.
Homogeneous
It is homogeneous.
Ice in a glacier meets the requirements for being a mineral, because it is natural, homogeneous, solid and crystalline, and has a definite chemical fomula. River water is liquid and therefore also not crystalline, so it is not a mineral. If and when the river water freezes into ice (naturally), that ice is a mineral.
Ice in a glacier meets the requirements for being a mineral, because it is natural, homogeneous, solid and crystalline, and has a definite chemical fomula. River water is liquid and therefore also not crystalline, so it is not a mineral. If and when the river water freezes into ice (naturally), that ice is a mineral.
Ice in a glacier meets the requirements for being a mineral, because it is natural, homogeneous, solid and crystalline, and has a definite chemical fomula. River water is liquid and therefore also not crystalline, so it is not a mineral. If and when the river water freezes into ice (naturally), that ice is a mineral.
Homogeneous
No. Minerals are homogeneous and corn definitely is not.
A mineral is defined as "a naturally occurring, homogeneous solid with a defined chemical composition, and a highly ordered crystal matrix." Thus, diamond (carbon) might make it into the mineral class by this definition, but mercury or water would not.
homogeneous
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.
Sugar water solution is homogeneous but not a compound.
Water without insoluble impurities is homogeneous.
homogeneous