Questions: A pharmaceutical salesperson wants to schedule appointments with three doctors to introduce a new line of antibiotics. Use a tree diagram to determine all possible schedules that would allow the salesperson to meet with each doctor. List those schedules. Select all possible schedules that would allow the salesperson to meet with each doctor. A. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Wed. at 11:00 B. Dr. Cook Tue. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Tue. at 11:00 C. Dr. Cook Tue. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Wed. at 11:00 D. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Wed. at 11:00 E. Dr. Cook Mon. at 10:00, Dr. Clark Mon. at 10:00, Dr. Baker Mon. at 10:00 F. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Mon. at 10:00 G. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Tue. at 11:00 H. Dr. Cook Mon. at 10:00, Dr. Clark Mon. at 9:00, Dr. Baker Wed. at 11:00 I. Dr. Cook Tue. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Tue. at 11:00 J. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Mon. at 10:00 K. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Tue. at 11:00

A pharmaceutical salesperson wants to schedule appointments with three doctors to introduce a new line of antibiotics. Use a tree diagram to determine all possible schedules that would allow the salesperson to meet with each doctor. List those schedules. Select all possible schedules that would allow the salesperson to meet with each doctor. A. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Wed. at 11:00 B. Dr. Cook Tue. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Tue. at 11:00 C. Dr. Cook Tue. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Wed. at 11:00 D. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Wed. at 11:00 E. Dr. Cook Mon. at 10:00, Dr. Clark Mon. at 10:00, Dr. Baker Mon. at 10:00 F. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Mon. at 10:00 G. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Tue. at 11:00 H. Dr. Cook Mon. at 10:00, Dr. Clark Mon. at 9:00, Dr. Baker Wed. at 11:00 I. Dr. Cook Tue. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Tue. at 11:00 J. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Mon. at 10:00 K. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Tue. at 11:00
Transcript text: A pharmaceutical salesperson wants to schedule appointments with three doctors to introduce a new line of antibiotics. Use a tree diagram to determine all possible schedules that would allow the salesperson to meet with each doctor. List those schedules. Select all possible schedules that would allow the salesperson to meet with each doctor. A. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Wed. at 11:00 B. Dr. Cook Tue. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Tue. at 11:00 C. Dr. Cook Tue. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Wed. at 11:00 D. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Wed. at 11:00 E. Dr. Cook Mon. at 10:00, Dr. Clark Mon. at 10:00, Dr. Baker Mon. at 10:00 F. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Mon. at 10:00 G. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Tue. at 11:00 H. Dr. Cook Mon. at 10:00, Dr. Clark Mon. at 9:00, Dr. Baker Wed. at 11:00 I. Dr. Cook Tue. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Tue. at 11:00 J. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 9:00, Dr. Baker Mon. at 10:00 K. Dr. Cook Wed. at 11:00, Dr. Clark Mon. at 10:00, Dr. Baker Tue. at 11:00
failed

Solution

failed
failed

Solution Steps

To determine all possible schedules that allow the salesperson to meet with each doctor, we need to ensure that each doctor is scheduled at a unique time. We will filter out the schedules where any two doctors have overlapping times.

Step 1: Identify Possible Schedules

We have a list of potential schedules for the salesperson to meet with three doctors. Each schedule consists of three appointments, one for each doctor.

Step 2: Check for Unique Appointment Times

To ensure that the salesperson can meet with each doctor without any time conflicts, we need to filter the schedules to find those where all appointment times are unique.

Step 3: Valid Schedules

After filtering, the valid schedules that allow the salesperson to meet with each doctor at unique times are:

  1. \( \text{Dr. Cook Mon. at 10:00}, \text{Dr. Clark Mon. at 9:00}, \text{Dr. Baker Wed. at 11:00} \)
  2. \( \text{Dr. Cook Wed. at 11:00}, \text{Dr. Clark Mon. at 9:00}, \text{Dr. Baker Mon. at 10:00} \)

Final Answer

The valid schedules are:

  1. \( \text{Dr. Cook Mon. at 10:00}, \text{Dr. Clark Mon. at 9:00}, \text{Dr. Baker Wed. at 11:00} \)
  2. \( \text{Dr. Cook Wed. at 11:00}, \text{Dr. Clark Mon. at 9:00}, \text{Dr. Baker Mon. at 10:00} \)

Thus, the answer is: \(\boxed{\text{Valid schedules: 1 and 2}}\)

Was this solution helpful?
failed
Unhelpful
failed
Helpful

Questions asked by other users

failedAnswered
In the last decade, 63% of climbers have successfully climbed Mt. Everest on their first attempt. This year about 300 first-time climbers will attempt to climb the summit. Use the normal approximation along with complete the climb on their first attempt. - Let X be the number of climbers out of 300 that will successfully complete the climb. Describe the distribution of X and its parameters: - Use the random variable notation to symbolically express the probability that at least 183 first-time climbers will successfully complete the climb: - Let Y be a normal variable that will be used to approximate the probability in question. Find the parameters of Y (round the answers to 2 decimal places): - Use the random variable notation to symbolically express the approximate probability that at least 183 climbers will successfully complete the climb: - Use the correction for continuity: - Find the probability (round the answer to 4 decimal places):
failedAnswered
Square roots of integers raised to even exponents
failedAnswered
A compound containing Na, C, and O is found to have 1.06 mol Na, 0.528 mol C, and 1.59 mol O. What is the empirical formula of the compound?
failedAnswered
How does air resistance affect the motion of falling objects?
failedAnswered
Determine whether the following statement is true or false. x x is a whole number less than 3=0,1,2 Choose the correct answer below. True False