mixture
A solution is a homogeneous mixture composed of two or more substances. In such a mixture, a solute is dissolved in another substance, known as a solvent. A mixture is a substance made by combining two or more different materials with no chemical reaction occurring, such as water and alcohol. Energy drinks however, are solutions because the ingredients can not be separated by boiling or any other method such as evaporation.
It is a SOLUTION (homogenous mixture) :}
-kristia
Soft drinks are made up of water and sugar in the mixture Soft drinks are made up of water and sugar in the mixture
i am not sure but i think it is a homogeneous mixture (meaning that it is the same throughout) you can't see the the substances that form a soda pop.
Water and carbon dioxide are the only two you can be sure of, but you will often find sugar, phosphoric acid, caramel coloring and flavorings.
Water, sugar (or artificial sweetener or High Fructose Corn Syrup) flavoring and coloring. If a fizzy drink that Carbon Dioxide is also a key ingredient
Fizzy drinks contain dissoved carbon dioxide in water; it is a nonhomogeneous mixture.
Compound
How about you get the question right in the first place
Carbon
nitrogen
Monosodium glutamate has the formula C5H8NO4Na.
Nitrogen
No. Even the water in the soft drink is not an element, but a compound.
an element used to make soft-drink cans is aluminum
The metal aluminum is the primary element used to make soft drink cans.
The constituent element of sugar is: *carbon *hydrogen *oxygen
The metal aluminum is the primary element used to make soft drink cans.
Calcium IS itself an element so there is no constituent element.
an element used to make soft-drink cans is aluminum
The metal aluminum is the primary element used to make soft drink cans.
Aluminum is a constituent of bauxite.
How about you get the question right in the first place
The constituent element of sugar is: *carbon *hydrogen *oxygen
Food consists of CHON : carbon, hydrogen, oxygen, nitrogen. Plus tiny traces of sulfur and other minerals.