The following phenotypes and numbers were observed as the progeny of this test cross: Unbanded, brown shells Banded, yellow shells Unbanded, yellow shells Banded, brown shells 50 40 50 _ 60 Total 200 Conduct a test of independence to test whether these 2 genes are independent or not. e. Complete the following contingency table for this cross: Yylyy Bb bb f. Use your contingency table to calculate the expected # of progeny for each of the following phenotypic progeny classes, showing all calculations: Unbanded, brown shells Banded, yellow shells Unbanded, yellow shells Banded, brown shells g. Calculate X2 to 2 decimal places:
The following phenotypes and numbers were observed as the progeny of this test cross: Unbanded, brown shells Banded, yellow shells Unbanded, yellow shells Banded, brown shells 50 40 50 _ 60 Total 200 Conduct a test of independence to test whether these 2 genes are independent or not. e. Complete the following contingency table for this cross: Yylyy Bb bb f. Use your contingency table to calculate the expected # of progeny for each of the following phenotypic progeny classes, showing all calculations: Unbanded, brown shells Banded, yellow shells Unbanded, yellow shells Banded, brown shells g. Calculate X2 to 2 decimal places:
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Please help me answer questions e-I. Thank you

Transcribed Image Text:h. Calculate the degrees of freedom:
i. What is the corresponding P-value (Probability)?
j. What is the null hypothesis?
k. Do you ACCEPT or REJECT the null hypothesis?
1. Are these genes independent or linked?

Transcribed Image Text:The following phenotypes and numbers were observed as the
progeny of this test cross:
Unbanded, brown shells
50
Banded, yellow shells
Unbanded, yellow shells
Banded, brown shells
40
50
60
Total
200
Conduct a test of independence to test whether these 2 genes are
independent or not.
e. Complete the following contingency table for this cross:
Yyy
Bb
bb
f. Use your contingency table to calculate the expected # of progeny
for each of the following phenotypic progeny classes, showing all
calculations:
Unbanded, brown shells
Banded, yellow shells
Unbanded, yellow shells
Banded, brown shells
g. Calculate X2 to 2 decimal places:
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