What model would be used to solve the problem? Simple Discrete, Uniform, Geometr

Question

What model would be used to solve the problem? Simple Discrete, Uniform, Geometric, Binomial, Poisson 11. You are waiting for the bus. The timetable app is not working, and no one at the stop knows what time it is, nor when the last bus was by. However, the route is said to have a bus by consistently every probability that a bus will be by in the next minute could be figured based on the 15 minutes. The model. 12. A s a clerk probability that you will be making a sale. There does not seem to be much variability or interaction bet customers. The probability that you will make your first sale to the third customer could be calculated using the in a popular women's ready to wear department of an upscale store, you know that there is a 0.3 model 13. You have walked into a ten question multiple choice quiz in your management class, and have not read either the chapter or assigned reading. Given that you have 5 choices for each question, there is a one in five chance of getting any one answer correct, by chance alone. You can figure the probability of getting six or more correct out of ten by using the model. 14. Your supervisor suggests that your marketing department historically averages 3 campaign mega-successes (home run hits) a year. To answer what the probability that the department will have 4 campaign mega successes next year, you could use the model. 15. Your business society is estimating the group GPA for BUAL 2600 next spring. An A is worth four points, a B, three points, C, two points, D, one point, and an F, zero points. From past years, the probability of an A is 0.25, a B is 0.3 a C is 0.4, a D is 0.03 and an F is 0.02. The mean and standard deviation can be calculated using the model 16. You have a six sided die, which is a fair die (not weighted in favor of any specific outcome). The sample space is model. U(1,2,3,4,5,6). The probability of rolling an odd value can be calculated based on th 17. There are 5 stop lights that you encounter on the way to work. The probability of catching a single red light is 0.10 the probability of catching a two is red lights is 0.15, the probability of catching three red lights is 0.20, the probability of catching four red lights is 0.35, and the probability of catching five red lights is 0.20. Calculating the expected number of red lights encountered on your commute to work could be done using the model. 18. There is a 0.21 probability that a live adult human will answer a phone call from the "who to call" list. The probability that the eighth phone call is the first where you have an adult human answer "live" is a question best nswered using the model. 19. A waitress who has worked in Southpark South Restaurant forever has noted that with their limited dollar menu there is a 0.2 probability that a customer will order only one item; a 4 probability that they will order two dollar food items; a 0.3 probability that they will order three dollar food items; and a 0.1 probability that they will order four dollar food items. To find the correct expected value and standard deviation of dollar items ordered per customer, one should use the model e probability of getting what you order, exactly as you ordered it, is not perfect at Southpark South Restaurant. A regular customer notes that the probability of getting exactly what you ordered is approximately 0.67. The regular customer was speculating that given five people eating together, what is the probability that exactly 3 would get exactly what they ordered. To answer this question with ease, one must use the 20. Th model.

Explanation / Answer

11. Since the timing of bus is consistent, this would be a uniform model.

12. Since we need to determine the probability of making first sale at third customer, this will be a geometric model.

13. This would be a binomial model.

14. This will be a Poisson model.

Related Questions

Navigate

• Browse (All)
• Browse W
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.