What changes occur in the physical properties of the ingredients in the sweetened iced tea solution?
Is it:
A: The iced tea powder remains a solid, and the sugar dissolves in the water
B: The iced tea powder dissolves in the water, and the sugar remains a solid
C: The iced tea powder becomes a gas in the water, and the sugar dissolves in the water
D: Both the iced tea powder and the sugar dissolve in the water
D both iced tea powder and sugar dissolves in water.
Both are soluble in water and will dissolve in water.
Physical Properties in Sweetened Ice Tea Solution
When mixing ice tea powder and sugar in water to make sweetened ice tea, changes occur in the physical properties of the ingredients. Both the iced tea powder and the sugar dissolve in the water, resulting in the formation of a homogeneous solution.
Solid to Dissolved
The iced tea powder, which is a solid, dissolves in the water. This process involves the breaking down of the particles of the powder into individual molecules or ions, which then disperse evenly throughout the water. This dissolution changes the physical state of the iced tea powder from solid to dissolved in the solution.
Sugar Dissolution
Similarly, the sugar added to the water also dissolves. The sugar molecules break down and disperse throughout the water, creating a sweet taste in the solution. This change in physical properties transforms the sugar from a solid state to a dissolved form in the sweetened ice tea solution.
Homogeneous Mixture
As both the iced tea powder and sugar dissolve in the water, they form a homogeneous mixture where the components are evenly distributed. This results in a uniform appearance and taste throughout the sweetened ice tea solution.
In conclusion, when making sweetened ice tea by mixing ice tea powder and sugar in water, both ingredients undergo a physical change from solid to dissolved in the water, creating a homogeneous solution with a consistent flavor profile.