A solution is a stable mixture in which solute particles are

A solution is a stable mixture in which solute particles are

• A. Large and visible
• B. In suspension
• C. Homogeneously distributed
• D. Heterogeneously layered

Answer: (C)

In a true solution, the solute dissolves and becomes distributed evenly throughout the solvent at the molecular level. This means the mixture has a uniform composition everywhere and you can’t see the individual solute particles. That uniform, even distribution is what makes the solution homogeneous. If the solute were large and visible, or if the mixture formed suspensions or distinct layers, you’d be dealing with a heterogeneous system, not a true solution. Those scenarios show particles that aren’t uniformly distributed or dissolved. So the stable solution is characterized by a homogeneous distribution of solute particles.

In a true solution, the solute dissolves and becomes distributed evenly throughout the solvent at the molecular level. This means the mixture has a uniform composition everywhere and you can’t see the individual solute particles. That uniform, even distribution is what makes the solution homogeneous.

If the solute were large and visible, or if the mixture formed suspensions or distinct layers, you’d be dealing with a heterogeneous system, not a true solution. Those scenarios show particles that aren’t uniformly distributed or dissolved.

So the stable solution is characterized by a homogeneous distribution of solute particles.