Match the term on the left with its correct symbol or definition on the right. Q
ID: 302753 • Letter: M
Question
Match the term on the left with its correct symbol or definition on the right.
Question A options:
123456
one form of the gene
123456
Aa
123456
the two alleles that represent the trait
123456
AA
123456
aa
123456
what characteristic you see. example: blue eyes
homozygous dominant
Heterozygous
homozygous recessive
phenotype
genotype
allele
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Question B (1 point)
was the first to demonstrate that hereditary material exists as distinct particles. He performed many experiments using Pea plants.
Question B options:
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Question C (1 point)
In the coin toss exercise, the larger the number of trials, the closer the experimental result approaches the predicted results
Question C options:
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Question D (1 point)
If you were to fill in the boxes, what percentage of offspring would be homozygous recessive?
Question D options:
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Question E (1 point)
Two parents are both dominant for black fur. One of their 4 offspring is born with grey fur, which is a recessive trait. What genotype must the parents both have in order to be dominant for a trait and produce an offspring with the recessive trait?
Question E options:
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Question F (1 point)
The union of an egg and a sperm forms a diploid cell called a
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Question G (1 point)
The example of two parents, one with red flowers and one with white flowers, producing all pink flowered offspring is called:
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Question H (1 point)
Which blood type below is an example of codominance?
Question H options:
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123456
one form of the gene
123456
Aa
123456
the two alleles that represent the trait
123456
AA
123456
aa
123456
what characteristic you see. example: blue eyes
1.homozygous dominant
2.Heterozygous
3.homozygous recessive
4.phenotype
5.genotype
6.allele
Explanation / Answer
Answer:
QA).
One form of the gene-----6. Allele
Aa---------------------------2. Heterozygous
The two alleles that represent the trait---5. Genotype
AA-------------------------1.Homozygous dominant
aa--------------------------3. Homozygous recessive
What characteristic you see. Example: blue eyes---4. Phenotype
QB). Mendel
QC). True
QD). 25%
Explanation:
A
a
A
AA
Aa
a
Aa
aa (homozygous recessive)
QE). aa; Aa
QF). Zygote
QG). Incomplete dominance
Explanation:
Incomplete dominance will result in offspring having a mix of the traits of the two parents
Ex:
Parents are RR and rr snapdragons. Offepring result in Rr meaning offspring has pink flowers because it received traits from both parents because one wasn't completely dominant over the other
QH). AB
Explanation:
AB blood type consists of both allele A and allele B.
A
a
A
AA
Aa
a
Aa
aa (homozygous recessive)