Understanding Saturated Solutions
A saturated solution is one where the maximum amount of solute has been dissolved in a solvent at a specific temperature. When the temperature of a saturated solution is increased, the behavior of the solute and solvent changes.
Effects of Increasing Temperature
- Increased Solubility: Generally, most solid solutes become more soluble in water as temperature increases. This means that the solute can dissolve more effectively at higher temperatures.
- Potential for More Dissolution: With increased temperature, the solution can potentially dissolve more solute, leading to a condition where it becomes more saturated.
- Saturation Point: However, the saturation point also shifts. At higher temperatures, the saturation concentration rises. Thus, while the solution may allow more solute to dissolve, it can still be saturated.
What Happens to the Solution?
- A) Become more saturated: This is true in the sense that the solution can dissolve more solute, but it may not necessarily exceed the new saturation point.
- B) Become less saturated: This is incorrect, as raising the temperature does not lead to a decrease in saturation under normal circumstances.
- C) Become unsaturated: This is also incorrect because the solution remains saturated unless additional solute is added beyond the new saturation level.
- D) Remain the same: This is misleading; while the solution remains saturated, its capacity to dissolve more solute increases.
Conclusion
In summary, when the temperature of a saturated solution is increased, it primarily allows for the possibility of becoming more saturated due to increased solubility of the solute.

Explanation: When there will be increase in temperature of saturated sugar solution then the solution will become more concentrated as there will be increase in the amount of solute. Therefore, the solution will become supersaturated. So correct option is A that is the solution becomes more saturated.