<h2>Answer 1:</h2>
Option D is correct: 0%
Percentage of offspring will be 0% white if a heterozygous male and homozygous dominant female have offspring.
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Answer 2:</h2>
Option A is correct: 75%
Two parents who are heterozygous are expecting a child. the percentage that the child will have free ear lobes will be 75%.
<h2>Answer 3:</h2>
Option A is correct: 25%
Two parents who are heterozygous are expecting a child. 25 is the percentage that the child be homozygous dominant.
<h2>Answer 4:</h2>
Option D is correct: 25%
If a homozyous recessive and a heterozygous plant have offspring. 25 will percentage will have smooth seeds.
<h2>Answer 5:</h2>
Option D is correct: 0%
If a homozyous recessive and a heterozygous plant have offspring. There will 0% chances that offsprings will be homozygous dominant.
<h2>Answer 6:</h2>
Option D is correct: substitution
In this question one of base thymine at 7 number is substituted with another base Adenine.
<h2>Answer 7:</h2>
Option A is correct: Incomplete dominance
Incomplete dominance is a form of intermediate inheritance in which one allele for a specific trait is not completely expressed over its paired allele. This results in a third phenotype in which the expressed physical trait is a combination of the phenotypes of both alleles.
<h2>Answer 8:</h2>
Option A is correct: T T C G A A T C T G T A T G A C
After the insertion of a new base thymine the new sequence will be of option A.
<h2>Answer 9:</h2>
True
Yes this is true that "Environmental influences and genetics can determine a person's phenotype".
<h2>Answer 10:</h2>
Option B is correct: selective breeding
Humans have been choosing desired traits of livestock and pets for centuries by breeding organisms that they choose with the traits they desire. This process is called selective breeding.
<h2>Answer 11:</h2>
homologous chromosomes
karyotyping is a test that evaluates the number and structure of a person's chromosomes in order to detect abnormalities. Chromosomes are thread-like structures within each cell nucleus and contain the body's genetic blueprint.
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