The most important measure in any business is a successful purchase of their product. Task success is a discrete measure (0 is fail, 1 is successful purchase). The following table shows a discrete distribution across 100 clients for product purchase. Table 3 X (purchase success) P(probability purchase) v Calculate the expected value for table3? 0.05 0.2 0.3 0.45 A. Cannot calculate without more information v Calculate the discrete variance for table 3? v What is the binomial probability that you find less than C 0.0o 10 clients who will buy your extended warranty if you present to 79 clients, and the probability of a client buying a warranty after your presentation is 20%? What is the binomial expected value a client buys your extended warranty if the probability is 20% and 79 clients G. 15.80 are in the sample? B. 4.62 D. 0.91 E. 2.15 F. 0.91 H. 0.01 L 0.03 v What is the binomial standard deviation a client buys your extended warranty if the probability of buying is 20% and 79 clients are in the sample? 10/79 K. 15.64 L 12.64 M. 1.0 N. 3.56 O. 0.83
The most important measure in any business is a successful purchase of their product. Task success is a discrete measure (0 is fail, 1 is successful purchase). The following table shows a discrete distribution across 100 clients for product purchase. Table 3 X (purchase success) P(probability purchase) v Calculate the expected value for table3? 0.05 0.2 0.3 0.45 A. Cannot calculate without more information v Calculate the discrete variance for table 3? v What is the binomial probability that you find less than C 0.0o 10 clients who will buy your extended warranty if you present to 79 clients, and the probability of a client buying a warranty after your presentation is 20%? What is the binomial expected value a client buys your extended warranty if the probability is 20% and 79 clients G. 15.80 are in the sample? B. 4.62 D. 0.91 E. 2.15 F. 0.91 H. 0.01 L 0.03 v What is the binomial standard deviation a client buys your extended warranty if the probability of buying is 20% and 79 clients are in the sample? 10/79 K. 15.64 L 12.64 M. 1.0 N. 3.56 O. 0.83
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
Question
![The most important measure in any business is a successful purchase of their product. Task success is a discrete measure, (0 is
fail, 1 is successful purchase). The following table shows a discrete distribution across 100 clients for product purchase.
Table 3
X (purchase success)
P(probability purchase)
v Calculate the expected value for table3?
v Calculate the discrete variance for table 3?
3
0.05
0.2
0.3
0,45
A. Cannot calculate without more information
B. 4.62
v What is the binomial probability that you find less than
10 clients who will buy your exctended warranty if you
present to 79 clients, and the probability of a client
buying a warranty after your presentation is 20%?
What is the binomial expected value a client buys your
extended warranty if the probability is 20% and 79 clients G. 15.80
are in the sanmpie?
C. 0.06
D. 0.91
E. 2.15
F. 0.91
H. 0.01
1 0.03
What is the binomial standard deviation a client buys
your extended warranty if the probability of buying is
20% and 79 clients are in the sample?
J. 10/79
K. 15.64
L 12.64
M. 1.0
N. 3.56
O. 0.83
all ansurrs](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F484f4d31-4ffb-45cd-b4c6-9832ede4f272%2F59d9eee9-bfe3-48e0-87a7-191ab5d9d596%2Fz5hjjzc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The most important measure in any business is a successful purchase of their product. Task success is a discrete measure, (0 is
fail, 1 is successful purchase). The following table shows a discrete distribution across 100 clients for product purchase.
Table 3
X (purchase success)
P(probability purchase)
v Calculate the expected value for table3?
v Calculate the discrete variance for table 3?
3
0.05
0.2
0.3
0,45
A. Cannot calculate without more information
B. 4.62
v What is the binomial probability that you find less than
10 clients who will buy your exctended warranty if you
present to 79 clients, and the probability of a client
buying a warranty after your presentation is 20%?
What is the binomial expected value a client buys your
extended warranty if the probability is 20% and 79 clients G. 15.80
are in the sanmpie?
C. 0.06
D. 0.91
E. 2.15
F. 0.91
H. 0.01
1 0.03
What is the binomial standard deviation a client buys
your extended warranty if the probability of buying is
20% and 79 clients are in the sample?
J. 10/79
K. 15.64
L 12.64
M. 1.0
N. 3.56
O. 0.83
all ansurrs
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