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Quiz Friday 5/26 Dormant/Recessive Codominance/Incomplete dominance/X-Link

Last updated over 2 years ago
33 questions
Untitled Section
Required
1

When one allele is "stronger" than the other, we call this allele the:

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1

Codominance or Incomplete dominance
(need 2 answers)

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1

Codominance or Incomplete dominance

(need 2 answers)

Basic Punnet Square - Normal Dominate and Recessive - nothing else
Parent 1 = one tall plant (1,1)
Parent 2 = one short plant (2,2)
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1
The genotype of parent 1 is __________ and the phenotype is __________
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1
The genotype of parent 2 is __________ and the phenotype is __________
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1
The genotype of all the children is __________ and the phenotype is __________
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1

Which are homozygous?

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1

Which are heterozygous?

Co-Domance Section
co-dominant.
Cattle coats can be red (1,1 = all red hairs), white (2,2 = all white hairs), or roan (1,2 = red AND white hairs together).
red (1,1 = all red hairs),
white (2,2 = all white hairs),
roan (1,2 = red AND white hairs together).
Required
1
The genotype of parent 1 is __________ and the phenotype is __________
1
The genotype of parent 2 is __________ and the phenotype is __________
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1
The genotype of child A is __________ and the phenotype is __________
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1
The genotype of child B is __________ and the phenotype is __________
1
The genotype of child C is __________ and the phenotype is __________
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1
The genotype of child D is __________ and the phenotype is __________
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1.5
What is the percentage of phenotypes for the children
_______ % red coat,
_______ % white coat,
_______ % roan coat
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1

Which are homozygous?

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2

Which are heterozygous?

Incomplete Domanice
incomplete dominance.
Radishes can be red (1,1),
white (2,2), or
purple (1,2).
Radishes can be red (1,1),
white (2,2), or
purple (1,2).
Required
1
The genotype of parent 1 is __________ and the phenotype is __________
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1
The genotype of parent 2 is __________ and the phenotype is __________
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1
The genotype of child A is __________ and the phenotype is __________
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1
The genotype of child B is __________ and the phenotype is __________
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1
The genotype of child C is __________ and the phenotype is __________
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1
The genotype of child D is __________ and the phenotype is __________
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1
What is the percentage of phenotypes for the children
_______ % red radish,
_______ % white radish,
_______ % purple radish
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1

Which are homozygous?

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2

Which are heterozygous?

X-Linked Recessive
X1X1: normal female
X1X2: female carrier
X2X2: has hemophilia female
X1Y: normal male
X2Y: has hemophilia male
X1X1: normal female
X1X2: female carrier
X2X2: has hemophilia female
X1Y: normal male
X2Y: has hemophilia male
Required
1
The genotype of parent 1 is __________ and the phenotype is __________
Required
1
The genotype of parent 2 is __________ and the phenotype is __________
Required
2
The genotype of Child A is __________ and the phenotype is __________
Required
2
The genotype of Child B is __________ and the phenotype is __________
Required
2
The genotype of Child C is __________ and the phenotype is __________
Required
2
The genotype of Child D is __________ and the phenotype is __________
Required
3
What is the percentage of phenotypes for the children
_______% normal female
_______ % female carrier
_______% hemophilia female
_______ % normal male
_______ % hemophilia male