Susan has been having a water fight with her friends. Her shirt is wet. Her moth er sugge the shirt on a radiator to warm it up so that it dries more quickly. Susan doe sn't think this will work. Who is right, Susan or

## Step 1: Understanding the Scenario and Evaluating the Options The question before us centers on a specific scenario with two potential outcomes. Susan's shirt is soaking wet and there exist two viewpoints on how to handle the situation. Susan, on one hand, thinks the shirt will not dry if placed on a radiator, whereas her mother believes the opposite - that applying heat will expedite the drying process.## Step 2: Utilizing Scientific KnowledgeDrying of any object, whether it be clothing or otherwise, relies on the principle of evaporation, a fundamental component of the water cycle. The phase of water changes from liquid to gas during evaporation. For evaporation to occur, heat is necessary. The heat enables the water molecules to obtain the requisite energy needed to transition from the liquid phase into the gas phase.### Formula: ** **This is an oversimplification, but it is sufficient to comprehend the process at hand.## Step 3: Applying Scientific Knowledge to the ScenarioIf empirical and scientific knowledge of heat and evaporation is applied to the given scenario, we understand that heating the wet shirt would mobilize the evaporation process. This is because the heat from the radiator can provide the water molecules with the necessary energy to transition from liquid to gas form. Consequently, the shirt, following this treatment, would gradually lose its water content to the resulting evaporation until eventually no water remains, and the shirt becomes dry.