some drinking water standards allow bacteria in water at dosages up to the 10% probability of illness. which of the following statements is best supported by the data in the graph?
LectureNotes said some drinking water standards allow bacteria in water at dosages up to the 10% probability of illness. Which of the following statements is best supported by the data in the graph?
Answer:
The statement that is best supported by the data in the graph would likely be related to the correlation between the presence of bacteria in water and the probability of illness. If drinking water standards allow bacteria in water at dosages up to a 10% probability of illness, it can be inferred that there is a threshold level of bacteria concentration that is considered safe for consumption. The graph likely depicts a curve showing how the probability of illness increases as the bacterial dosage in water rises. Therefore, the statement that best aligns with this information could be that higher bacterial content in water is associated with a higher probability of illness. This statement would be supported by the data showing the relationship between bacterial levels and the likelihood of illness, indicating a threshold of 10% probability accepted by some standards.