Soda water is a solution of carbon dioxide in water (under pressure).
Soda water, like all other solutions, is both a solution and a mixture.
Its a solution
Soda water, like all other solutions, is both a solution and a mixture.
Baking soda and water would form a solution because the baking soda (solute) dissolves in the water (solvent) to create a homogeneous mixture.
it is a solution
Soda water contain the anion carbonate - (CO3)-.
Soda is a solution because it is a homogeneous mixture where the solute (sugar and flavorings) is evenly distributed in the solvent (water).
Soda water is a homogeneous mixture because the components (water and carbon dioxide gas) are evenly distributed throughout the mixture and do not settle out over time.
It depends on what you're talking about. If you mean just the drink (no carbon dioxide) it's a solution because the substances in it can't really be separated. However, if you count the little fizzy bubbles, it then becomes a mechanical mixture because the liquid and gas can easily be separated.
Soda water is considered a mechanical mixture because it consists of carbon dioxide gas dissolved in water, creating distinct phases that can be identified. The carbon dioxide bubbles are not chemically bonded to the water; instead, they remain suspended, allowing for separation if the pressure is released. This characteristic of retaining its components without forming a new substance aligns with the definition of a mechanical mixture. Thus, soda water maintains its original properties while exhibiting a combined appearance.
An example of a solution among the options provided is soda water. Soda water is a homogeneous mixture where carbon dioxide gas is dissolved in water, creating a consistent and uniform liquid. In contrast, fog and milk are suspensions, and mud is a heterogeneous mixture, where the components are not uniformly distributed.
A solution.