Problems for prac For each problem state the formula. add the data into the formula, sorve The first problem has been done for you; this illustrates all the steps you should perform for eacn response : Predict the TRC for each of the following individuals. [Write clearly!) wnemues bllirio siert ba alnung er sol aRT one terlW () alnasg er sol 2ORT one terw (5) der sispibni of 1odmem GENOTYPE MALE FEMALE TRC= Baseline dacivefactor for each TRC= Baseline +of acivey factor for eac aleles )( active allele AABBCC DE TRC = 80 + (8) (12) TRC = 70 (8) (9) = 80 + 96 = 176 fingerprint ridges + 72 = 142 fingerprint ridges = 70 %3D 1. If an A a Bb C cdd male mates with an A a Bb CCDD female. (a) What is the minimum number of ridge-producing genes possible for a child of this couple? (Show your work. Hint: solve gene by gene) (b) what would be the TRC for this child if it is male? (Show your work: give the formula, place appropriate number in formula and then solve equation). (c) what would be the TRC for this child if it is female? (Show your work: give the formula, place appropriate number in formula and then solve equation). 2. If an A a B BCcdd male mates with an A a BbCcDd female. (a) What is the maximum number of active alleles possible in a child this couple could produce? And (b) What would be the probability of producing a child with the maximum number of active alleles? (Show your work. You can answer both at the same time by first solving gene by gene for part "a" and then below these place probabilities for each gene by gene cross for part "b". Give the finalized offspring genotype and probability in the blanks below.) Genotype of child with maximum number of active alleles Probability of producing this child
Problems for prac For each problem state the formula. add the data into the formula, sorve The first problem has been done for you; this illustrates all the steps you should perform for eacn response : Predict the TRC for each of the following individuals. [Write clearly!) wnemues bllirio siert ba alnung er sol aRT one terlW () alnasg er sol 2ORT one terw (5) der sispibni of 1odmem GENOTYPE MALE FEMALE TRC= Baseline dacivefactor for each TRC= Baseline +of acivey factor for eac aleles )( active allele AABBCC DE TRC = 80 + (8) (12) TRC = 70 (8) (9) = 80 + 96 = 176 fingerprint ridges + 72 = 142 fingerprint ridges = 70 %3D 1. If an A a Bb C cdd male mates with an A a Bb CCDD female. (a) What is the minimum number of ridge-producing genes possible for a child of this couple? (Show your work. Hint: solve gene by gene) (b) what would be the TRC for this child if it is male? (Show your work: give the formula, place appropriate number in formula and then solve equation). (c) what would be the TRC for this child if it is female? (Show your work: give the formula, place appropriate number in formula and then solve equation). 2. If an A a B BCcdd male mates with an A a BbCcDd female. (a) What is the maximum number of active alleles possible in a child this couple could produce? And (b) What would be the probability of producing a child with the maximum number of active alleles? (Show your work. You can answer both at the same time by first solving gene by gene for part "a" and then below these place probabilities for each gene by gene cross for part "b". Give the finalized offspring genotype and probability in the blanks below.) Genotype of child with maximum number of active alleles Probability of producing this child
Biology (MindTap Course List)
11th Edition
ISBN:9781337392938
Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg
Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg
Chapter41: Neural Signaling
Section: Chapter Questions
Problem 11TYU
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Transcribed Image Text:norypefor he m ch
ndohe R le the
Problems for practc
For each problem state the formula, add the data into the formula, sorve
The frst problem has been done for you; this illustrates all the steps you should perform for eacn response
pawenA)
blirdo
1. Predict the TRC for each of the following individuals. [Write clearyn emuezs blirlo tiertt bas alnensg ari nol 20RT one jerlW ()
natn Bhe traing noidw 10l noijatoois der oispibni ol 1odmemeA.
MALE
GENOTYPE
FEMALE
A of active factor for each
TRC= Baseline +( alleles ( active allele
actve tactor for eacr
TRC= Baseline +(" alleles2 active allele/
AABBCCDE
TRC = 80 +
(8) (12)
TRC = 70
(8) (9)
= 80
+ 96
176 fingerprint ridges
%3D
70
+ 72
142 fingerprint ridges
%3D
=
1. If an A a Bb C cdd male mates with an A a Bb CCDD female,
(a) What is the minimum number of ridge-producing genes possible for a child of this couple?
(Show your work. Hint: solve gene by gene)
(b) what would be the TRC for this child if it is male?
(Show your work: give the formula, place appropriate number in formula and then solve equation).
(c) what would be the TRC for this child if it is female?
(Show your work: give the formula, place appropriate number in formula and then solve equation).
2. If an A a B BC cdd male mates with an A a Bb C c Dd female.
(a) What is the maximum number of active alleles possible in a child this couple could produce?
And (b) What would be the probability of producing a child with the maximum number of active alleles?
Show your work. You can answer both at the same time by first solving gene by gene for part "a" and
then below these place probabilities for each gene by gene cross for part "b". Give the finalized offspring
genotype and probability in the blanks below.)
Genotype of child with maximum number of active alleles
Probability of producing this child
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