[Questions 11-15] The discrete random variable (X) in consideration is the number of defective iPhone, which follows the Poisson probability distribution. The defective rate is known to be 2%. A random sample of 100 iPhones have been selected to check the quality of produced iPhones. [Answer: ] 11. How many defective iPhones do you expect from the sample of 100? A) 0.2 B) 2 C) 20 D) None 12. What is the standard deviation in the number of defective iPhones? [Answer: A) 0.02 B) 2 C) √2 D) √20 13. What is the probability that none of iPhones is defective? A) 0.0498 B) 0.1353 C) 0.7408 D) 0.8187 14. What is the probability that exactly 5 iPhones are defective? A) 0.0361 B) 0.1008 C) 0.5000 D) 0.6065 15. What is the probability that at least 1 iPhone is defective? A) 0.0498 B) 0.1008 C) 0.5000 D) 0.8647 [Answer: [Answer: [Answer: 1 -] ]
[Questions 11-15] The discrete random variable (X) in consideration is the number of defective iPhone, which follows the Poisson probability distribution. The defective rate is known to be 2%. A random sample of 100 iPhones have been selected to check the quality of produced iPhones. [Answer: ] 11. How many defective iPhones do you expect from the sample of 100? A) 0.2 B) 2 C) 20 D) None 12. What is the standard deviation in the number of defective iPhones? [Answer: A) 0.02 B) 2 C) √2 D) √20 13. What is the probability that none of iPhones is defective? A) 0.0498 B) 0.1353 C) 0.7408 D) 0.8187 14. What is the probability that exactly 5 iPhones are defective? A) 0.0361 B) 0.1008 C) 0.5000 D) 0.6065 15. What is the probability that at least 1 iPhone is defective? A) 0.0498 B) 0.1008 C) 0.5000 D) 0.8647 [Answer: [Answer: [Answer: 1 -] ]
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
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Please show how you got your answer and do 11-15 as they are parts of one question.
![[Questions 11-15] The discrete random variable (X) in consideration is the number of defective
iPhone, which follows the Poisson probability distribution. The defective rate is known to be 2%.
A random sample of 100 iPhones have been selected to check the quality of produced iPhones.
[Answer:
11. How many defective iPhones do you expect from the sample of 100?
A) 0.2
D) None
B) 2
C) 20
12. What is the standard deviation in the number of defective iPhones? [Answer:
A) 0.02
B) 2
C) √2 D) √/20
13. What is the probability that none of iPhones is defective?
A) 0.0498
B) 0.1353
C) 0.7408
D) 0.8187
14. What is the probability that exactly 5 iPhones are defective?
A) 0.0361
B) 0.1008
C) 0.5000
D) 0.6065
15. What is the probability that at least 1 iPhone is defective?
A) 0.0498 B) 0.1008 C) 0.5000 D) 0.8647
[Answer:
[Answer:
[Answer:
]
]
]
]
-]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4cc4fb4a-23f5-4110-9e16-75ef5a899c17%2F00916722-feef-4af3-be2f-ed989d307ce5%2Fo5pw7q4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:[Questions 11-15] The discrete random variable (X) in consideration is the number of defective
iPhone, which follows the Poisson probability distribution. The defective rate is known to be 2%.
A random sample of 100 iPhones have been selected to check the quality of produced iPhones.
[Answer:
11. How many defective iPhones do you expect from the sample of 100?
A) 0.2
D) None
B) 2
C) 20
12. What is the standard deviation in the number of defective iPhones? [Answer:
A) 0.02
B) 2
C) √2 D) √/20
13. What is the probability that none of iPhones is defective?
A) 0.0498
B) 0.1353
C) 0.7408
D) 0.8187
14. What is the probability that exactly 5 iPhones are defective?
A) 0.0361
B) 0.1008
C) 0.5000
D) 0.6065
15. What is the probability that at least 1 iPhone is defective?
A) 0.0498 B) 0.1008 C) 0.5000 D) 0.8647
[Answer:
[Answer:
[Answer:
]
]
]
]
-]
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