1. Solve the given hardy-Weinberg principle. A population has a total number of 5222 and with q^2=0.32 (A=normal hemoglobin; a=with sickle-cell anemia). Answer the following questions How many recessive alleles is present in the population? a. 2266 b. 2956 C. 3546 d. 5911 e. 4533 How many individuals have homozygous dominant genotype? a. 2564 b. 1671 c. 982 d. 5911 e. 4533 What is 2pq? a. 0.491 b. 0.188 c. 0.434 d. 0.566 How many individuals have heterozygous genotype? a. 2564 b. 1671 c. 3546 d. 5911 e. 4533
1. Solve the given hardy-Weinberg principle. A population has a total number of 5222 and with q^2=0.32 (A=normal hemoglobin; a=with sickle-cell anemia). Answer the following questions How many recessive alleles is present in the population? a. 2266 b. 2956 C. 3546 d. 5911 e. 4533 How many individuals have homozygous dominant genotype? a. 2564 b. 1671 c. 982 d. 5911 e. 4533 What is 2pq? a. 0.491 b. 0.188 c. 0.434 d. 0.566 How many individuals have heterozygous genotype? a. 2564 b. 1671 c. 3546 d. 5911 e. 4533
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
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- Solve the given
hardy-Weinberg principle . A population has a total number of 5222 and with ?^?=0.32 (A=normal hemoglobin; a=with sickle-cell anemia). Answer the following questions
![1. Solve the given hardy-Weinberg principle. A population has a total number of 5222 and with
q^2=0.32 (A=normal hemoglobin; a=with sickle-cell anemia). Answer the following questions
How many recessive alleles is present in the population?
a. 2266
b. 2956
C. 3546
d. 5911
e. 4533
How many individuals have homozygous dominant genotype?
a. 2564
b. 1671
c. 982
d. 5911
e. 4533
What is 2pq?
a. 0.491
b. 0.188
c. 0.434
d. 0.566
How many individuals have heterozygous genotype?
a. 2564
b. 1671
c. 3546
d. 5911
e. 4533
What is p^2?
a. 0.491
b. 0.188
c. 0.434
d. 0.566
How many individuals have homozygous recessive genotype?
a. 2564
b. 1671
c. 982
d. 5911
e. 4533
How many recessive alleles is present in the population?
a. 2266
b. 2956
c. 3546
d. 5911
e. 4533
What is q?
a.0.491
b. 0.188
c. 0.434
d. 0.566
How many individuals don't have sickle-cell anemia?
a. 2564
b. 1671
c. 3546
d. 5911
e. 4533
What is p?
a. 0.491
b. 0.188
c. 0.434
C.
d. 0.566](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Febc53b71-7c5a-4cad-94cf-f986ec7afebd%2F7bc299d4-b98c-42e5-9c9c-f67534781804%2Fhx271kk_processed.png&w=3840&q=75)
Transcribed Image Text:1. Solve the given hardy-Weinberg principle. A population has a total number of 5222 and with
q^2=0.32 (A=normal hemoglobin; a=with sickle-cell anemia). Answer the following questions
How many recessive alleles is present in the population?
a. 2266
b. 2956
C. 3546
d. 5911
e. 4533
How many individuals have homozygous dominant genotype?
a. 2564
b. 1671
c. 982
d. 5911
e. 4533
What is 2pq?
a. 0.491
b. 0.188
c. 0.434
d. 0.566
How many individuals have heterozygous genotype?
a. 2564
b. 1671
c. 3546
d. 5911
e. 4533
What is p^2?
a. 0.491
b. 0.188
c. 0.434
d. 0.566
How many individuals have homozygous recessive genotype?
a. 2564
b. 1671
c. 982
d. 5911
e. 4533
How many recessive alleles is present in the population?
a. 2266
b. 2956
c. 3546
d. 5911
e. 4533
What is q?
a.0.491
b. 0.188
c. 0.434
d. 0.566
How many individuals don't have sickle-cell anemia?
a. 2564
b. 1671
c. 3546
d. 5911
e. 4533
What is p?
a. 0.491
b. 0.188
c. 0.434
C.
d. 0.566
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