| 54% of all pets sold at a pet store are dogs. One day, 8 people
arrive at the store and purchase pets. (Note: One pet is purchased per person.) |
| (a) | What is the probability that exactly 3 of them are dogs? |
| (b) | If the store has only 6 dogs, what is the probability that they have sufficient dogs for sale that day? |

54% of all pets sold at a pet store are dogs. One day, 8 people arrive...
55% of all pets sold at a pet store are dogs. One day, 10 people arrive at the store and purchase pets. (Note: One pet is purchased per person.) (a) What is the probability that exactly 3 of them are dogs? (b) If the store has only 7 dogs, what is the probability that they have sufficient dogs for sale that day?
Problem #3: 37% of all pets sold at a pet store are dogs. One day, 9 people arrive at the store and purchase pets. (Note: One per is purchased per person.) (a) What is the probability that exactly 2 of them are dogs? (b) If the store has only 6 dogs, what is the probability that they have sufficient dogs for sale that day? Problem #3(a): Round your answer to 4 decimals Problem #3(b): Round your answer to 4 decimals....
Customers arrive at a pet store at a rate of 3/hr. The number of customers between Dog-buyers Y satisfies P (Y = i − 1) = 1/3 (2/3)^(i − 1), i = 1, 2, 3,... meaning, if customer c buys a dog, then the probability the next Dog-buying customer is customer (c + i) is 1/3 (2/3)^(i − 1). Of those that buy dogs, 1/4 buy Cockapoos. What is the probability that 5 Cockapoos will be sold in a 12...
An average of two people per minute arrive at the check-out counter of a grocery store. What is the probability that exactly one will arrive in a given minute?
A store selling newspapers orders only n = 5 copies of a certain newspaper every day because of lack of demand. If the number of requests per day (each request is to purchase a copy of the newspaper) follows a Poisson distribution with mean 4.0. a) what is the probability that there are at least three requests to purchase the newspaper in a day? b) what is the expected value of the number sold in a day? Note: The answer...
Happy Harry Pets was incorporated on January 1st. The business maintains a retail pet store, providing gourmet dog food and treats, and also provides a full range of pet care services, including grooming, dog-walking, and boarding. The following transactions occurred during the first twelve months of operations: January 1st Common stock is issued in exchange for cash in the amount of ………….………….……………………… 295,000 February 8th The company purchases and pays for 160 units of gourmet dog food at a price...
As Pets in a JAR has grown and expanded, the board of directors has decided it would be beneficial to begin an initiative in the company stores that contributes to the sustainability of the pet supply industry. Your task is to come up with “something” JAR could do in its stores, warehouses, or pet food-manufacturing segment that enhances sustainability of one or more pet products or reduces waste/pollution potential. The idea should be financially viable (i.e. the idea will reduce...
You've decided to start an in-home/in-store pet care service in Wilmington. Based on some preliminary research (talking to your friends and running a couple of focus groups at the mall) you know that your potential customers are looking for: someone to regularly "let their pets out" when they are not available, someone to administer prescribed medications and nail trimming, a service to exercise their pets, and one with the ability to handle last minute calls/emergency service. You are planning on...
4. Imagine you have a job registering people to vote, and you need to register one more person before the end of the day. Based on your work thus far, you know that each person you approach has a **4% probability** of registering to vote with you. What is the **expected number of people** you need to approach before you're likely to get someone to register? Please also include the **standard deviation** around your estimate, and describe how you arrive...
1. The A vengers have just finished saving New York. They have decided to meet up at their new favorite shawarma place. The restaurant knows that Avengers will arrive according to a Poisson Process with an average interarrival time of 5 mirn (a) What is probability that exactly 6 of the avengers have entered the store after (b) What is the probability that fewer than 3 have arrived after 45 minutes? an hour. (c) Captain America and Iron Man are...