,Chapter 01 - y# y#
The Human Organism
y# y# y#
Chapter 01 y#
The Human Organis
y# y# y#
m
Multiple Choice Questions
y# y#
1. What technique creates a three-dimensional dynamic image of blood vessels?
y# y# y# y# y# y# y# y# y#
A. digital subtraction angiography
y# y#
B. magnetic resonance imaging y# y#
C. dynamic spatial reconstruction
y# y#
D. positron emission tomography
y# y#
Bloom'sy#Level:y#4.y#Analyze
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Scopey#ofy#anatomyy#andy#physiology
True / False Questions
y# y# y#
2. A CT scan allows for a three-dimensional image to be generated.
y# y# y# y# y# y# y# y# y# y#
TRUE
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Bodyy#plany#andy#organizatio
ny # Type:y#Clinical
Multiple Choice Questions
y# y#
1-1
Copyrighty#©y#2017y#McGraw-
Hilly#Education.y#Ally#rightsy#reserved.y#Noy#reproductiony#ory#distributiony#withouty#they#priory#writteny#consenty#ofy # McGraw-
Hilly#Education.
,Chapter 01 - y# y#
The Human Organism
y# y# y#
3. Magnetic resonance imaging is based on the movement of
y# y# y# y# y# y# y# y#
A. electrons in a magnetic field. y# y# y# y#
B. carbons in a magnetic field. y# y# y# y#
C. protons in a magnetic field. y# y# y# y#
D. cells in a magnetic field.
y# y# y# y#
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Scopey#ofy#anatomyy#andy#physiologyy #
Type:y#Studyy#Guide
4. The delivery of a radioactive compound to the body to study the metabolism of tissues
y# y# y# y# y# y# y# y# y# y# y# y# y# y#
is called
y# y#
A. MRI.
B. PET.
C. DSA.
D. DSR.
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Scopey#ofy#anatomyy#andy#physiologyy #
Type:y#Clinical
5. An anatomic image created from sound waves is a
y# y# y# y# y# y# y# y#
A. radiograph.
B. CT scan. y#
C. MRI.
D. sonogram.
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Surveyy#ofy#bodyy#system
sy # Type:y#Clinical
Type:y#Studyy#Guide
1-2
Copyrighty#©y#2017y#McGraw-
Hilly#Education.y#Ally#rightsy#reserved.y#Noy#reproductiony#ory#distributiony#withouty#they#priory#writteny#consenty#ofy # McGraw-
Hilly#Education.
, Chapter 01 -y# y#
The Human Organism
y# y# y#
6. A major limitation of radiographs is that they
y# y# y# y# y# y# y#
A. can only visualize bone.
y# y# y#
B. give only a flat, two-dimensional image of the body.
y# y# y# y# y# y# y# y#
C. are old technology that do not give good results.
y# y# y# y# y# y# y# y#
D. have very few applications.
y# y# y#
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Surveyy#ofy#bodyy#system
sy # Type:y#Clinical
7. The study of the body's organization by areas is
y# y# y# y# y# y# y# y#
A. systemic anatomy. y#
B. regional anatomy. y#
C. molecular biology. y#
D. microbiology.
E. surface anatomy. y#
Bloom'sy#Level:y#1.y#Remember
HAPSy#Objective:y#A05.01y#Definey#they#termsy#anatomyy#andy#physiology.y
# HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Scopey#ofy#anatomyy#andy#physiologyy #
Type:y#Studyy#Guide
8. The study of the external form of the body and its relationship to deeper structures is
y# y# y# y# y# y# y# y# y# y# y# y# y# y# y#
A. systemic anatomy. y#
B. regional anatomy. y#
C. molecular biology. y#
D. microbiology.
E. surface anatomy. y#
Bloom'sy#Level:y#1.y#Remember
HAPSy#Objective:y#A05.01y#Definey#they#termsy#anatomyy#andy#physiology.y
# HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Surveyy#ofy#bodyy#system
sy # Type:y#Studyy#Guide
1-3
Copyrighty#©y#2017y#McGraw-
Hilly#Education.y#Ally#rightsy#reserved.y#Noy#reproductiony#ory#distributiony#withouty#they#priory#writteny#consenty#ofy # McGraw-
Hilly#Education.
The Human Organism
y# y# y#
Chapter 01 y#
The Human Organis
y# y# y#
m
Multiple Choice Questions
y# y#
1. What technique creates a three-dimensional dynamic image of blood vessels?
y# y# y# y# y# y# y# y# y#
A. digital subtraction angiography
y# y#
B. magnetic resonance imaging y# y#
C. dynamic spatial reconstruction
y# y#
D. positron emission tomography
y# y#
Bloom'sy#Level:y#4.y#Analyze
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Scopey#ofy#anatomyy#andy#physiology
True / False Questions
y# y# y#
2. A CT scan allows for a three-dimensional image to be generated.
y# y# y# y# y# y# y# y# y# y#
TRUE
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Bodyy#plany#andy#organizatio
ny # Type:y#Clinical
Multiple Choice Questions
y# y#
1-1
Copyrighty#©y#2017y#McGraw-
Hilly#Education.y#Ally#rightsy#reserved.y#Noy#reproductiony#ory#distributiony#withouty#they#priory#writteny#consenty#ofy # McGraw-
Hilly#Education.
,Chapter 01 - y# y#
The Human Organism
y# y# y#
3. Magnetic resonance imaging is based on the movement of
y# y# y# y# y# y# y# y#
A. electrons in a magnetic field. y# y# y# y#
B. carbons in a magnetic field. y# y# y# y#
C. protons in a magnetic field. y# y# y# y#
D. cells in a magnetic field.
y# y# y# y#
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Scopey#ofy#anatomyy#andy#physiologyy #
Type:y#Studyy#Guide
4. The delivery of a radioactive compound to the body to study the metabolism of tissues
y# y# y# y# y# y# y# y# y# y# y# y# y# y#
is called
y# y#
A. MRI.
B. PET.
C. DSA.
D. DSR.
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Scopey#ofy#anatomyy#andy#physiologyy #
Type:y#Clinical
5. An anatomic image created from sound waves is a
y# y# y# y# y# y# y# y#
A. radiograph.
B. CT scan. y#
C. MRI.
D. sonogram.
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Surveyy#ofy#bodyy#system
sy # Type:y#Clinical
Type:y#Studyy#Guide
1-2
Copyrighty#©y#2017y#McGraw-
Hilly#Education.y#Ally#rightsy#reserved.y#Noy#reproductiony#ory#distributiony#withouty#they#priory#writteny#consenty#ofy # McGraw-
Hilly#Education.
, Chapter 01 -y# y#
The Human Organism
y# y# y#
6. A major limitation of radiographs is that they
y# y# y# y# y# y# y#
A. can only visualize bone.
y# y# y#
B. give only a flat, two-dimensional image of the body.
y# y# y# y# y# y# y# y#
C. are old technology that do not give good results.
y# y# y# y# y# y# y# y#
D. have very few applications.
y# y# y#
Bloom'sy#Level:y#1.y#Remember
HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Surveyy#ofy#bodyy#system
sy # Type:y#Clinical
7. The study of the body's organization by areas is
y# y# y# y# y# y# y# y#
A. systemic anatomy. y#
B. regional anatomy. y#
C. molecular biology. y#
D. microbiology.
E. surface anatomy. y#
Bloom'sy#Level:y#1.y#Remember
HAPSy#Objective:y#A05.01y#Definey#they#termsy#anatomyy#andy#physiology.y
# HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Scopey#ofy#anatomyy#andy#physiologyy #
Type:y#Studyy#Guide
8. The study of the external form of the body and its relationship to deeper structures is
y# y# y# y# y# y# y# y# y# y# y# y# y# y# y#
A. systemic anatomy. y#
B. regional anatomy. y#
C. molecular biology. y#
D. microbiology.
E. surface anatomy. y#
Bloom'sy#Level:y#1.y#Remember
HAPSy#Objective:y#A05.01y#Definey#they#termsy#anatomyy#andy#physiology.y
# HAPSy#Topic:y#Moduley#Ay#Bodyy#Plany#andy#Organization
Learningy#Outcome:y#01.01A.y#Definey#anatomyy#andy#describey#they#levelsy#aty#whichy#anatomyy#cany#bey#studie
d.y # Section:y#01.01
Topic:y#Surveyy#ofy#bodyy#system
sy # Type:y#Studyy#Guide
1-3
Copyrighty#©y#2017y#McGraw-
Hilly#Education.y#Ally#rightsy#reserved.y#Noy#reproductiony#ory#distributiony#withouty#they#priory#writteny#consenty#ofy # McGraw-
Hilly#Education.
