SireSireParent B - First alleleSireBParent B - Second allele bNow we take each allele from each parent and distribute it into the boxes in the appropriate row orcolumn it borders, until each box has one gene pair - a color gene from parent A and a color gene fromparent B. The completed square should look like this:Parent B - First alleleBDamParent A - first allele Parent A - Second alleleBParent B - Second allele bDamParent A - first alleleBBBBbParent A - Second allelebBbbbThis square now demonstrates the possible genotypes of the offspring if two hybrid parents mated. Thistable also demonstrates the likelihood of the offspring having that genotype. What are the genotypes andthe likelihood (% chance) that each would be passed to offspring of these parents?Genotype % chance in offspring

Answered: Sire Parent B - First allele Sire B…

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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Sire
Sire
Parent B - First allele
Sire
B
Parent B - Second allele b
Now we take each allele from each parent and distribute it into the boxes in the appropriate row or
column it borders, until each box has one gene pair - a color gene from parent A and a color gene from
parent B. The completed square should look like this:
Parent B - First allele
B
Dam
Parent A - first allele Parent A - Second allele
B
Parent B - Second allele b
Dam
Parent A - first allele
B
BB
Bb
Parent A - Second allele
b
Bb
bb
This square now demonstrates the possible genotypes of the offspring if two hybrid parents mated. This
table also demonstrates the likelihood of the offspring having that genotype. What are the genotypes and
the likelihood (% chance) that each would be passed to offspring of these parents?
Genotype % chance in offspring

Expert Solution

Step 1: Punnett Square

In the question we are given two alleles each from Parent A and Parent B - B and b

Then the alleles from each parent are distributed it into the boxes in the appropriate row or column it borders until each box has one gene pair - a color gene from parent A and a color gene from parent B. The completed square looks like this:

	B	b
B	BB	Bb
b	Bb	bb

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