3:00 LTE READ & DO: Principles... 5. A pair of non-identical genes is called.. a. heterozygous b. homogenes c. heterogenes d. homozygous LABORATORY PROCEDURE: Complete these 5 genetic problems using the Punnett Square and submit your answers in "LAB REPORT: Principles of Inheritance" before the deadline 1. What is the probability for a child to have a chin fissure from the following parents: Both parents are homozygous dominant for a chin fissure gene Mom's genotype? *NOTE: chin fissure is a dominant trait F Dad's genotype? smooth chin is recessive f Choose One: The probability that the child will have a chin fissure is: a) 100% b) 50% c) 25% d) 0% 2. One parent is homozygous dominant and the other heterozygous dominant for chin fissure gene.* *NOTE: chin fissure is a dominant trait F smooth chin is a recessive trait f Mom's genotype? A. Probability that child will have a chin fissure? Dad's genotype? B. Probability that child will be homozygous dominant for a chin fissure? C. Probability that child will be heterozygous dominant for a chin fissure? D. Probability that child will be homozygous recessive for a 7 smooth chin? 3. Both parents are heterozygous dominant for a chin fissure gene Mom's genotype: Dad's genotype: A. Probability that child will have a chin fissure? B. Probability that child will be homozygous dominant for a chin fissure? C. Probability that child will be heterozygous dominant for a chin ficeure2 Previous Next Dashboard Calendar Notifications Inbox To Do 3:00 LTE READ & DO: Principles... DaagonotypoT a chin fissure? B. Probability that child will be homozygous dominant for a chin fissure? C. Probability that child will be heterozygous dominant for a chin fissure? D. Probability that child will be homozygous recessive for a smooth chin? 7 3. Both parents are heterozygous dominant for a chin fissure gene. Mom's genotype: Dad's genotype A. Probability that child will have a chin fissure? B. Probability that child will be homozygous dominant for a chin fissure? C. Probability that child will be heterozygous dominant for a chin fissure? D. Probability that child will be homozygous recessive for a smooth chin? 4. What is the probability that a child will be born with sickle-cell anemia if his mother and father are both heterozygous dominant for the hemoglobin's shape gene? H normal gene for hemoglobin's shape; Dominant a. 50% chance b. 75% chance h= abnormal gene for hemoglobin's shape, Recessive c. 25% chance d. 0% chance NOTE: 2 copies of the abnormal gene are needed to get sickle-cell anemia 5. What is the probability that a child will be born with sickle-cell anemia if his mother is heterozygous dominant and his father is homozygous dominant for the hemoglobin's shape gene? H normal gene for hemoglobin's shape; dominant a. 50% chance h abnormal gene for hemoglobin's shape; recessive b. 75% chance c. 25% chance d. 0% chance 8 Previous Next it Dashboard Calendar Notifications Inbox To Do
3:00 LTE READ & DO: Principles... 5. A pair of non-identical genes is called.. a. heterozygous b. homogenes c. heterogenes d. homozygous LABORATORY PROCEDURE: Complete these 5 genetic problems using the Punnett Square and submit your answers in "LAB REPORT: Principles of Inheritance" before the deadline 1. What is the probability for a child to have a chin fissure from the following parents: Both parents are homozygous dominant for a chin fissure gene Mom's genotype? *NOTE: chin fissure is a dominant trait F Dad's genotype? smooth chin is recessive f Choose One: The probability that the child will have a chin fissure is: a) 100% b) 50% c) 25% d) 0% 2. One parent is homozygous dominant and the other heterozygous dominant for chin fissure gene.* *NOTE: chin fissure is a dominant trait F smooth chin is a recessive trait f Mom's genotype? A. Probability that child will have a chin fissure? Dad's genotype? B. Probability that child will be homozygous dominant for a chin fissure? C. Probability that child will be heterozygous dominant for a chin fissure? D. Probability that child will be homozygous recessive for a 7 smooth chin? 3. Both parents are heterozygous dominant for a chin fissure gene Mom's genotype: Dad's genotype: A. Probability that child will have a chin fissure? B. Probability that child will be homozygous dominant for a chin fissure? C. Probability that child will be heterozygous dominant for a chin ficeure2 Previous Next Dashboard Calendar Notifications Inbox To Do 3:00 LTE READ & DO: Principles... DaagonotypoT a chin fissure? B. Probability that child will be homozygous dominant for a chin fissure? C. Probability that child will be heterozygous dominant for a chin fissure? D. Probability that child will be homozygous recessive for a smooth chin? 7 3. Both parents are heterozygous dominant for a chin fissure gene. Mom's genotype: Dad's genotype A. Probability that child will have a chin fissure? B. Probability that child will be homozygous dominant for a chin fissure? C. Probability that child will be heterozygous dominant for a chin fissure? D. Probability that child will be homozygous recessive for a smooth chin? 4. What is the probability that a child will be born with sickle-cell anemia if his mother and father are both heterozygous dominant for the hemoglobin's shape gene? H normal gene for hemoglobin's shape; Dominant a. 50% chance b. 75% chance h= abnormal gene for hemoglobin's shape, Recessive c. 25% chance d. 0% chance NOTE: 2 copies of the abnormal gene are needed to get sickle-cell anemia 5. What is the probability that a child will be born with sickle-cell anemia if his mother is heterozygous dominant and his father is homozygous dominant for the hemoglobin's shape gene? H normal gene for hemoglobin's shape; dominant a. 50% chance h abnormal gene for hemoglobin's shape; recessive b. 75% chance c. 25% chance d. 0% chance 8 Previous Next it Dashboard Calendar Notifications Inbox To Do
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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I am stuck on how to answer these questions.
![3:00
LTE
READ & DO: Principles...
5. A pair of non-identical genes is called..
a. heterozygous b. homogenes c. heterogenes d. homozygous
LABORATORY PROCEDURE:
Complete these 5 genetic problems using the Punnett Square and submit
your answers in "LAB REPORT: Principles of
Inheritance" before the deadline
1. What is the probability for a child
to have a chin fissure
from the following parents:
Both parents are homozygous dominant for a
chin fissure gene
Mom's genotype?
*NOTE: chin fissure is a dominant trait F
Dad's genotype?
smooth chin is recessive f
Choose One: The
probability that the child
will have a chin fissure is:
a) 100%
b) 50%
c) 25%
d) 0%
2.
One parent is homozygous dominant and the other heterozygous dominant for
chin fissure gene.*
*NOTE: chin fissure is a dominant trait F
smooth chin is a recessive trait f
Mom's genotype?
A. Probability that child will have
a chin fissure?
Dad's genotype?
B. Probability that child will be
homozygous dominant for a chin
fissure?
C. Probability that child will be
heterozygous dominant for a chin
fissure?
D. Probability that child will be
homozygous recessive for a
7
smooth chin?
3. Both parents are heterozygous dominant for a chin fissure gene
Mom's genotype:
Dad's genotype:
A. Probability that child will have
a chin fissure?
B. Probability that child will be
homozygous dominant for a chin
fissure?
C. Probability that child will be
heterozygous dominant for a chin
ficeure2
Previous
Next
Dashboard
Calendar
Notifications
Inbox
To Do](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe90673f9-0e8b-4229-91d6-2d73618a3dab%2F8db5f2b7-e12d-4768-ae49-05d4ccf1709b%2F32frp4.png&w=3840&q=75)
Transcribed Image Text:3:00
LTE
READ & DO: Principles...
5. A pair of non-identical genes is called..
a. heterozygous b. homogenes c. heterogenes d. homozygous
LABORATORY PROCEDURE:
Complete these 5 genetic problems using the Punnett Square and submit
your answers in "LAB REPORT: Principles of
Inheritance" before the deadline
1. What is the probability for a child
to have a chin fissure
from the following parents:
Both parents are homozygous dominant for a
chin fissure gene
Mom's genotype?
*NOTE: chin fissure is a dominant trait F
Dad's genotype?
smooth chin is recessive f
Choose One: The
probability that the child
will have a chin fissure is:
a) 100%
b) 50%
c) 25%
d) 0%
2.
One parent is homozygous dominant and the other heterozygous dominant for
chin fissure gene.*
*NOTE: chin fissure is a dominant trait F
smooth chin is a recessive trait f
Mom's genotype?
A. Probability that child will have
a chin fissure?
Dad's genotype?
B. Probability that child will be
homozygous dominant for a chin
fissure?
C. Probability that child will be
heterozygous dominant for a chin
fissure?
D. Probability that child will be
homozygous recessive for a
7
smooth chin?
3. Both parents are heterozygous dominant for a chin fissure gene
Mom's genotype:
Dad's genotype:
A. Probability that child will have
a chin fissure?
B. Probability that child will be
homozygous dominant for a chin
fissure?
C. Probability that child will be
heterozygous dominant for a chin
ficeure2
Previous
Next
Dashboard
Calendar
Notifications
Inbox
To Do
![3:00
LTE
READ & DO: Principles...
DaagonotypoT
a chin fissure?
B. Probability that child will be
homozygous dominant for a chin
fissure?
C. Probability that child will be
heterozygous dominant for a chin
fissure?
D. Probability that child will be
homozygous recessive for a
smooth chin?
7
3. Both parents are heterozygous dominant for a chin fissure gene.
Mom's genotype:
Dad's genotype
A. Probability that child will have
a chin fissure?
B. Probability that child will be
homozygous dominant for a chin
fissure?
C. Probability that child will be
heterozygous dominant for a chin
fissure?
D. Probability that child will be
homozygous recessive for a
smooth chin?
4. What is the probability that a child will be born with sickle-cell anemia if his mother
and father are both heterozygous dominant for the hemoglobin's shape gene?
H
normal gene for hemoglobin's shape; Dominant
a. 50% chance
b. 75% chance
h= abnormal gene for hemoglobin's shape, Recessive
c. 25% chance
d. 0% chance
NOTE: 2 copies of the
abnormal gene are needed
to get sickle-cell anemia
5. What is the probability that a child will be born with sickle-cell anemia if his mother is
heterozygous dominant and his father is homozygous dominant for the hemoglobin's
shape gene?
H normal gene for hemoglobin's shape; dominant
a. 50% chance
h abnormal gene for hemoglobin's shape; recessive
b. 75% chance
c. 25% chance
d. 0% chance
8
Previous
Next
it
Dashboard
Calendar
Notifications
Inbox
To Do](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe90673f9-0e8b-4229-91d6-2d73618a3dab%2F8db5f2b7-e12d-4768-ae49-05d4ccf1709b%2F6liwmts.png&w=3840&q=75)
Transcribed Image Text:3:00
LTE
READ & DO: Principles...
DaagonotypoT
a chin fissure?
B. Probability that child will be
homozygous dominant for a chin
fissure?
C. Probability that child will be
heterozygous dominant for a chin
fissure?
D. Probability that child will be
homozygous recessive for a
smooth chin?
7
3. Both parents are heterozygous dominant for a chin fissure gene.
Mom's genotype:
Dad's genotype
A. Probability that child will have
a chin fissure?
B. Probability that child will be
homozygous dominant for a chin
fissure?
C. Probability that child will be
heterozygous dominant for a chin
fissure?
D. Probability that child will be
homozygous recessive for a
smooth chin?
4. What is the probability that a child will be born with sickle-cell anemia if his mother
and father are both heterozygous dominant for the hemoglobin's shape gene?
H
normal gene for hemoglobin's shape; Dominant
a. 50% chance
b. 75% chance
h= abnormal gene for hemoglobin's shape, Recessive
c. 25% chance
d. 0% chance
NOTE: 2 copies of the
abnormal gene are needed
to get sickle-cell anemia
5. What is the probability that a child will be born with sickle-cell anemia if his mother is
heterozygous dominant and his father is homozygous dominant for the hemoglobin's
shape gene?
H normal gene for hemoglobin's shape; dominant
a. 50% chance
h abnormal gene for hemoglobin's shape; recessive
b. 75% chance
c. 25% chance
d. 0% chance
8
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it
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