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The formula of the test is as follows: X2 = E(dle) X2 = chi-square %3D E= sum of d = difference between expected and observed results (most often termed the deviation) e = expected results Example In the cross of wild-type by vestigial wing, a 3:1 ratio is expected. Thus, if a student counts 160 flies, 40 are expected to have vestigial wings, while 120 are expected to have long wings, but if a student counts 44 vestigial-winged flies and 116 long-winged flies, then the value for the chi-square test would be as calculated in the Table 1. Note: You will have four different phenotype combinations tolanalyze. Table 1: Calculation of Chi-Square - X2 Expected Number (e) Partial Chi-Square dle Phenotype Observed Number Difference (d) Vestigial Wing 44 40 4 16 16/40 = 0.400 Long Wing 116 120 4 16 16/120 = 0.133 E(dle) = 0.533 X2 = 0.533

The formula of the test is as follows: X2 = E(dle) X2 = chi-square %3D E= sum of d = difference between expected and observed results (most often termed the deviation) e = expected results Example In the cross of wild-type by vestigial wing, a 3:1 ratio is expected. Thus, if a student counts 160 flies, 40 are expected to have vestigial wings, while 120 are expected to have long wings, but if a student counts 44 vestigial-winged flies and 116 long-winged flies, then the value for the chi-square test would be as calculated in the Table 1. Note: You will have four different phenotype combinations tolanalyze. Table 1: Calculation of Chi-Square - X2 Expected Number (e) Partial Chi-Square dle Phenotype Observed Number Difference (d) Vestigial Wing 44 40 4 16 16/40 = 0.400 Long Wing 116 120 4 16 16/120 = 0.133 E(dle) = 0.533 X2 = 0.533

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Hi, I’m having problem how to find the chi- square analysis I need to learn how to do it please, I been trying but is very hard for mes thank you
Instructions white Eyed Q Search Page 2 of 8 The formula of the test is as follows: x2 =E(dPle) X2 = chi-square %3D 2 = sum of d = difference between expected and observed results (most often termed the deviation) e = expected results Example In the cross of wild-type by vestigial wing, a 3:1 ratio is expected. Thus, if a student counts 160 flies, 40 are expected to have vestigial wings, while 120 are expected to have long wings, but if a student counts 44 vestigial-winged flies and 116 long-winged flies, then the value for the chi-square test would be as calculated in the Table 1. Note: You will have four different phenotype combinations tolanalyze. Table 1: Calculation of Chi-Square - X2 Partial Chi-Square dle Phenotype Observed Expected Number (e) Difference (d) Number Vestigial Wing 44 40 4 16 16/40 = 0.400 Long Wing 116 120 4 16 16/120 = 0.133 E(dle) = 0.533 X2 = 0.533 BIO 13
Transcribed Image Text:Instructions white Eyed Q Search Page 2 of 8 The formula of the test is as follows: x2 =E(dPle) X2 = chi-square %3D 2 = sum of d = difference between expected and observed results (most often termed the deviation) e = expected results Example In the cross of wild-type by vestigial wing, a 3:1 ratio is expected. Thus, if a student counts 160 flies, 40 are expected to have vestigial wings, while 120 are expected to have long wings, but if a student counts 44 vestigial-winged flies and 116 long-winged flies, then the value for the chi-square test would be as calculated in the Table 1. Note: You will have four different phenotype combinations tolanalyze. Table 1: Calculation of Chi-Square - X2 Partial Chi-Square dle Phenotype Observed Expected Number (e) Difference (d) Number Vestigial Wing 44 40 4 16 16/40 = 0.400 Long Wing 116 120 4 16 16/120 = 0.133 E(dle) = 0.533 X2 = 0.533 BIO 13
F, Results After 14 Days.
Transcribed Image Text:F, Results After 14 Days.
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