You transfect a plasmid containing a selectable marker into a population with 4.5 expected number of colonies You then replicated this experiment 20 times and observed the number of resistant colonies The following date were ontained and analyzed. What is the probability that you will get at least two resistant colonies in one replicate? A. 0.0111 B. 0.06111 C. 0.1125 D. 0.9389 Considerthe R output above, which of the following is 9are) TRUE about the test of hypothesis for the fit of data at alpha=0.05? A. The expected frequuency for x=1 is 1.222 B. Since the p-value <0..05, we have sufficient evidence to say that the data do not follow the Poisson distribution.
You transfect a plasmid containing a selectable marker into a population with 4.5 expected number of colonies You then replicated this experiment 20 times and observed the number of resistant colonies The following date were ontained and analyzed. What is the probability that you will get at least two resistant colonies in one replicate? A. 0.0111 B. 0.06111 C. 0.1125 D. 0.9389 Considerthe R output above, which of the following is 9are) TRUE about the test of hypothesis for the fit of data at alpha=0.05? A. The expected frequuency for x=1 is 1.222 B. Since the p-value <0..05, we have sufficient evidence to say that the data do not follow the Poisson distribution.
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
You transfect a plasmid containing a selectable marker into a population with 4.5 expected number of colonies You then replicated this experiment 20 times and observed the number of resistant colonies The following date were ontained and analyzed.
What is the
Considerthe R output above, which of the following is 9are) TRUE about the test of hypothesis for the fit of data at alpha=0.05?
A. The expected frequuency for x=1 is 1.222
B. Since the p-value <0..05, we have sufficient evidence to say that the data do not follow the Poisson distribution.
![For numbers 11-13: You transfect a plasmid containing a selectable marker into a
population with 4.5 expected number of colonies. You then replicated this
experiment 20 times and observed the number of resistant colonies. The
following data were obtained and analyzed.
Number of resistant colonies
0
1
Number of replicates
P(X=x)
3
2
3
6
0.0111
0.1125
0.1687
Goodness-of-fit test for Polsson data
X²
df
P[>X²)
Pearson
50.5052
2.832x10-10
2 p
What is the probability that you will get at least two resistant colonies
25
0.1898](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5906b3e6-0ea7-412a-b4cb-06394e20dd63%2F96313efc-348d-4ba7-a56b-5f928217be65%2Fmq54iu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For numbers 11-13: You transfect a plasmid containing a selectable marker into a
population with 4.5 expected number of colonies. You then replicated this
experiment 20 times and observed the number of resistant colonies. The
following data were obtained and analyzed.
Number of resistant colonies
0
1
Number of replicates
P(X=x)
3
2
3
6
0.0111
0.1125
0.1687
Goodness-of-fit test for Polsson data
X²
df
P[>X²)
Pearson
50.5052
2.832x10-10
2 p
What is the probability that you will get at least two resistant colonies
25
0.1898
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