Analyze your data from Exercise 2 (coin toss using 2 coins). Copy your results from there and write under the Observed column. Họ: There is no significant difference between the observed and expected phenotypic ratio. (3 tall:1 dwarf) H, There is a significant difference between the observed and expected phenotypic ratio. Category Observed Expected (0) 47 (O-E) O-E (O-E) X* value (E) 48 Tall -1 0.021 Short 17 16 1 0.063 TOTAL 64 0.084 DF 1 Tabular X 3.841 Xcomputed Xu (P, <, =) Decision: Do not reject the null hypotheis. Conclusion: There is no sufficient evidence to reject the claim that there is no significant difference between the observed and expected ratio (3T:1t).??? Do your data closely match Mendel's results? Why or why not? Yes,

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Analyze your data from Exercise 2 (coin toss using 2 coins).  Copy your results from there and write under the Observed column.

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Analyze your data from Exercise 2 (coin toss using 2 coins). Copy your results
from there and write under the Observed column.
Họ: There is no significant difference between the observed and expected
phenotypic ratio. (3 tall:1 dwarf)
H,:There is a significant difference between the observed and expected
phenotypic ratio.
Category Observed Expected
(0)
47
(0-E)
E
O-E
(O-E)
X value
(E)
48
Tall
-1
1
0.021
Short
17
16
1
1
0.063
ТОTAL
64
0.084
DF
1
Tabular X
3.841
computed
(>, <, =)
Decision: Do not reject the null hypotheis.
Conclusion: There is no sufficient evidence to reject the claim that there is no
significant difference between the observed and expected ratio (3T:1t).???
Do your data closely match Mendel's results? Why or why not?
Yes,
Transcribed Image Text:Analyze your data from Exercise 2 (coin toss using 2 coins). Copy your results from there and write under the Observed column. Họ: There is no significant difference between the observed and expected phenotypic ratio. (3 tall:1 dwarf) H,:There is a significant difference between the observed and expected phenotypic ratio. Category Observed Expected (0) 47 (0-E) E O-E (O-E) X value (E) 48 Tall -1 1 0.021 Short 17 16 1 1 0.063 ТОTAL 64 0.084 DF 1 Tabular X 3.841 computed (>, <, =) Decision: Do not reject the null hypotheis. Conclusion: There is no sufficient evidence to reject the claim that there is no significant difference between the observed and expected ratio (3T:1t).??? Do your data closely match Mendel's results? Why or why not? Yes,
I. Monohybrid Cross
A. X-linked trait
Table 1. Practice Population 3
Character
Wing Angle
Dominant
Gull
Recessive
Wild Type
Table 2. Parental Cross 1 using Population 3
Individual #
32
Gender
Female
Male
Genotype
X°Y
Phenotype
Gull
Wild Type
Table 3. Composition of F, generation (Character: Wing Angle
TOTAL
Phenotype
Male
Female
number
Dominant trait
Gull
17
24
41
Recessive
Wild Type
19
21
40
trait
Table 4. F, individuals crossed
Individual #
107
114
Gender
Female
Male
Genotype
Phenotype
Gull
Wild Type
Table 5. Composition of F, generation
Phenotype
Male
Female
ТОTAL
number
44
Dominant trait
Gull
22
22
Recessive
Wild Type
11
22
33
trait
Transcribed Image Text:I. Monohybrid Cross A. X-linked trait Table 1. Practice Population 3 Character Wing Angle Dominant Gull Recessive Wild Type Table 2. Parental Cross 1 using Population 3 Individual # 32 Gender Female Male Genotype X°Y Phenotype Gull Wild Type Table 3. Composition of F, generation (Character: Wing Angle TOTAL Phenotype Male Female number Dominant trait Gull 17 24 41 Recessive Wild Type 19 21 40 trait Table 4. F, individuals crossed Individual # 107 114 Gender Female Male Genotype Phenotype Gull Wild Type Table 5. Composition of F, generation Phenotype Male Female ТОTAL number 44 Dominant trait Gull 22 22 Recessive Wild Type 11 22 33 trait
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