A group of students performed an experiment to test terminal velocity, which is the greatest speed obtained by a falling object. The students dropped different numbers of coffee filters and measured the resulting terminal velocity. Which of the following conclusions is supported by the data in the following data table?

This statement is supported by the data, as the increase in the number of filters results in a larger surface area, which enhances air resistance and consequently reduces terminal velocity. Thus, this conclusion aligns with the observed results, contradicting the claim made in the question.

While heavier objects may have a different rate of acceleration due to their greater mass, this statement does not necessarily hold true as terminal velocity is reached when the force of gravity equals air resistance. The time taken to reach terminal velocity can vary based on other factors, such as the object's shape and surface area, not solely its weight.

Although this is a true statement about terminal velocity, it does not directly address the conclusions supported by the data presented. It describes the condition under which terminal velocity occurs but does not provide insight into the relationship between the number of coffee filters and terminal velocity, as asked in the question.