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,...
Related questions
Question
Graphical question on biology
![100
E
75
B
50-
25
A.
25
75
MILLIONS OF YEARS AGO
50
100
125
1. What is the rate of evolution of this gene with respect to species A?
A) 0.0 <r< 2.0 nucleotide substitutions per million years
B) 2.0 <r< 5.0 nucleotide substitutions per million years
C) 5.0 <r< 10.0 mucleotide substitutions per million years
D) 10.0 <r< 100.0 nucleotide substitutions per million years
E) 100.0 <rs 1,000.0 nucleotide substitutions per million years
2. What is the rate of evolution of this gene with respect to species E?
A) 0.0 <rs 2.0 nucleotide substitutions per million years
B) 2.0 <rs 5.0 nucleotide substitutions per million years
C) 5.0 <r< 10.0 nucleotide substitutions per million years
D) 10.0 <rs 100.0 mucleotide substitutions per million years
E) 100.0 <rs 1,000.0 nucleotide substitutions per million years
NUCLEOTIDE SUBSTITUTIONS](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F601f508a-0bcd-4a66-9c32-aa296e04780d%2F21218966-a051-4ee2-85ba-52a47ae6e1d0%2Ff7e32ut_processed.png&w=3840&q=75)
Transcribed Image Text:100
E
75
B
50-
25
A.
25
75
MILLIONS OF YEARS AGO
50
100
125
1. What is the rate of evolution of this gene with respect to species A?
A) 0.0 <r< 2.0 nucleotide substitutions per million years
B) 2.0 <r< 5.0 nucleotide substitutions per million years
C) 5.0 <r< 10.0 mucleotide substitutions per million years
D) 10.0 <r< 100.0 nucleotide substitutions per million years
E) 100.0 <rs 1,000.0 nucleotide substitutions per million years
2. What is the rate of evolution of this gene with respect to species E?
A) 0.0 <rs 2.0 nucleotide substitutions per million years
B) 2.0 <rs 5.0 nucleotide substitutions per million years
C) 5.0 <r< 10.0 nucleotide substitutions per million years
D) 10.0 <rs 100.0 mucleotide substitutions per million years
E) 100.0 <rs 1,000.0 nucleotide substitutions per million years
NUCLEOTIDE SUBSTITUTIONS
![3. Using the origin (0, 0) and the data for species E, project out to predict how many nucleotide
substitutions you would predict for a species F that diverged from humans 400 million years ago.
A) 0<ns 10 nucleotide substitutions
B) 10 <ng 100 nucleotide substitutions
C) 100 <n< 500 nucleotide substitutions
D) 500 <n< 1,000 nucleotide substitutions
E) 1,000 <n< 10,000 nucleotide substitutions
4. Which species pairs are most likely to have been involved in an adaptive radiation?
A) species A and B
B) species A and C
C) species A and D
D) species A and E
E) species B and C
F) species B and D
G) species B and E
H) species C and D
I) species C and E
J) species D and E
5. Which species is most likely to have originated via allopatric speciation?
A) species A
B) species B
C) species C
D) species D
E) species E
F) all of these species show this pattern of having arisen via allopatric speciation
G) a graph such as this does not shed much light on the mode of speciation](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F601f508a-0bcd-4a66-9c32-aa296e04780d%2F21218966-a051-4ee2-85ba-52a47ae6e1d0%2Fanuspkn_processed.png&w=3840&q=75)
Transcribed Image Text:3. Using the origin (0, 0) and the data for species E, project out to predict how many nucleotide
substitutions you would predict for a species F that diverged from humans 400 million years ago.
A) 0<ns 10 nucleotide substitutions
B) 10 <ng 100 nucleotide substitutions
C) 100 <n< 500 nucleotide substitutions
D) 500 <n< 1,000 nucleotide substitutions
E) 1,000 <n< 10,000 nucleotide substitutions
4. Which species pairs are most likely to have been involved in an adaptive radiation?
A) species A and B
B) species A and C
C) species A and D
D) species A and E
E) species B and C
F) species B and D
G) species B and E
H) species C and D
I) species C and E
J) species D and E
5. Which species is most likely to have originated via allopatric speciation?
A) species A
B) species B
C) species C
D) species D
E) species E
F) all of these species show this pattern of having arisen via allopatric speciation
G) a graph such as this does not shed much light on the mode of speciation
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