Question

Activity For this activity, you will again need to consult table 1 in the life table . You computed probabilities of independent events in the previous activity. Now let's redefine events A and B to be dependent events: • Event A: Susan turns 44 years old. • Event B: Susan turns 45 years old. Question 1 What is the probability of infant Susan turning 44 years old? Awhat is the probability of infant Susan Turing 44 years old"

Answer 1

The probability of infant Susan turning 44 years old is not provided in the given question.

Step-by-step explanation:

The question appears to have an error in phrasing, as it repeats the inquiry about the probability of infant Susan turning 44 years old without presenting the relevant information. In probability calculations, the probability of an event is usually expressed as a value between 0 and 1, where 0 indicates an impossible event, and 1 indicates a certain event. However, without the specific data or probabilities related to Susan turning 44 years old, it is not possible to provide a numerical answer.

To address this question accurately, it would be necessary to refer to the life table mentioned in the activity and extract the relevant probabilities associated with Susan turning 44 years old. Once the specific data is available, the probability calculation can be performed, and the numerical answer can be determined.

In conclusion, the correct probability of infant Susan turning 44 years old cannot be provided without access to the relevant information from the life table. If the data is available, the probability calculation would involve using the appropriate values from the life table to compute the probability of the specified event.