Test Bank for Anatomy and Physiology 1st Edition by
Elizabeth Mack Co. Complete Chapter 1-27 (Verified)
, Chapter 02 : Introduction to the Human Body
Multiple Choice
1. Which of the following definitions describes the scientific study of human anatomy?
a. The study of the body’s metabolic functions.
b. The study of the body’s structures.
c. The study of body’s chemical processes.
d. The study of the body’s molecular processes.
e. The study of the body’s evolution.
ANSWER: b
DIFFICULTY: Blooms: Remember
REFERENCES: 2.1 Overview of Anatomy and Physiology LEARNING
OBJECTIVES: 2.1.1 - Define the terms anatomy and physiology.
2. What two approaches do anatomists use to study the body’s structures?
a. regional and systemic
b. global and detailed
c. holistic and microscopic
d. internal and external
e. active and passive
ANSWER: a
DIFFICULTY: Blooms: Remember
REFERENCES: 2.1 Overview of AnWaWtoWm.yTaBnSd MPh.yWsSiology
LEARNING OBJECTIVES: 2.1.2 - Give specific examples to show the interrelationship between anatomy and
physiology.
3. Which of the following describes the study of regional anatomy?
a. The skin and its functions.
b. The interrelationships of all of the structures in a specific body region.
c. Human evolution by regions of the world.
d. The specific functions of an organ.
e. Chemical changes in the human body.
ANSWER: b
DIFFICULTY: Blooms: Remember
REFERENCES: 2.1 Overview of Anatomy and Physiology
LEARNING OBJECTIVES: 2.1.2 - Give specific examples to show the interrelationship between anatomy and
physiology.
4. Which of the following describes the study of systemic anatomy?
a. The operation of body functions.
b. The sequence of chemical reactions in the body.
c. The structures that make up a discrete body system.
d. The evolution of the human body.
, e. The changes in the body over time.
ANSWER: c
DIFFICULTY: Blooms: Remember
REFERENCES: 2.1 Overview of Anatomy and Physiology
LEARNING OBJECTIVES: 2.1.2 - Give specific examples to show the interrelationship between anatomy and
physiology.
5. Early humans evolved a restructured pelvis to accommodate for what specific function? a. increased intelligence
b. bipedalism
c. childbirth
d. self defense
e. sense of smell and taste
ANSWER: b
DIFFICULTY: Blooms: Remember
REFERENCES: 2.2 Structure and Function
LEARNING OBJECTIVES: 2.2.2 - Relate the commonly found branching structure to function of an organ.
6. How is human evolution defined?
a. The impact of the earth’s climate on human development.
b. Changes in human intelligence over time.
c. The development of cognitive and motor skills over time.
d. A change in gene expression that occurs from generation to generation.
e. The ability to adapt to constantly changing environments.
ANSWER: d
DIFFICULTY: Blooms: Remember
REFERENCES: 2.3 Evolution and Human Variation
LEARNING OBJECTIVES: 2.3.1 - Define the term and explain the concept of evolution.
8. Why does the body require UV radiation from sunlight?
a. To control the spread of bacteria.
b. To improve skin tone and quality.
c. For the production of proteins.
d. To control blood flow.
e. For the synthesis of vitamin D.
ANSWER: e
, DIFFICULTY: Blooms: Remember
REFERENCES: 2.3 Evolution and Human Variation
LEARNING OBJECTIVES: 2.3.2 - Contrast the impact of selection on traits that affect reproduction and traits that do
not; use this to explain examples of anatomical and physiological variation.
9. UV radiation from sunlight is harmful to folate (folic acid) structure, a vitamin. What is a reason folate is
essential? a. It is essential for skin cell growth and development.
b. It is essential for single cell growth and muscular strength.
c. It aids in sperm production and embryonic development.
d. It is important for eye sight and night vision.
e. It is involved with digestion.
ANSWER: c
DIFFICULTY: Blooms: Remember
REFERENCES: 2.3 Evolution and Human Variation
LEARNING OBJECTIVES: 2.3.2 - Contrast the impact of selection on traits that affect reproduction and traits that do
not; use this to explain examples of anatomical and physiological variation.
10. What are the three types of gradients that drive flow in a physiological context?
a. high, medium, and low gradients
b. elevated, standard, and reduced gradients
c. organic, inorganic, and chemical gradients
d. concentration, electrical, and pressure gradients
e. kinetic, dynamic, and static gradients
ANSWER: d
DIFFICULTY: Blooms: Remember
REFERENCES: 2.4 Flow
LEARNING OBJECTIVES: 2.4.1 - Describe how a gradient determines flow between two regions, and give examples of
gradients that exist in different levels of organization in the body.
11. What type of gradient drives the flow of fluids and gases?
a. concentration gradients
b. electrical gradients
c. pressure gradients
d. organic gradients
e. gravitational gradients
ANSWER: c
DIFFICULTY: Blooms: Remember
REFERENCES: 2.4 Flow
LEARNING OBJECTIVES: 2.4.2 - Predict how changes in a gradient will affect flow rate.
12. Which of the following variables provides resistance to flow rate in liquids and gases? a. diameter and length of
the tube
b. speed of the molecules
c. size of the molecules
d. temperature of the environment
e. viscosity of the medium
Elizabeth Mack Co. Complete Chapter 1-27 (Verified)
, Chapter 02 : Introduction to the Human Body
Multiple Choice
1. Which of the following definitions describes the scientific study of human anatomy?
a. The study of the body’s metabolic functions.
b. The study of the body’s structures.
c. The study of body’s chemical processes.
d. The study of the body’s molecular processes.
e. The study of the body’s evolution.
ANSWER: b
DIFFICULTY: Blooms: Remember
REFERENCES: 2.1 Overview of Anatomy and Physiology LEARNING
OBJECTIVES: 2.1.1 - Define the terms anatomy and physiology.
2. What two approaches do anatomists use to study the body’s structures?
a. regional and systemic
b. global and detailed
c. holistic and microscopic
d. internal and external
e. active and passive
ANSWER: a
DIFFICULTY: Blooms: Remember
REFERENCES: 2.1 Overview of AnWaWtoWm.yTaBnSd MPh.yWsSiology
LEARNING OBJECTIVES: 2.1.2 - Give specific examples to show the interrelationship between anatomy and
physiology.
3. Which of the following describes the study of regional anatomy?
a. The skin and its functions.
b. The interrelationships of all of the structures in a specific body region.
c. Human evolution by regions of the world.
d. The specific functions of an organ.
e. Chemical changes in the human body.
ANSWER: b
DIFFICULTY: Blooms: Remember
REFERENCES: 2.1 Overview of Anatomy and Physiology
LEARNING OBJECTIVES: 2.1.2 - Give specific examples to show the interrelationship between anatomy and
physiology.
4. Which of the following describes the study of systemic anatomy?
a. The operation of body functions.
b. The sequence of chemical reactions in the body.
c. The structures that make up a discrete body system.
d. The evolution of the human body.
, e. The changes in the body over time.
ANSWER: c
DIFFICULTY: Blooms: Remember
REFERENCES: 2.1 Overview of Anatomy and Physiology
LEARNING OBJECTIVES: 2.1.2 - Give specific examples to show the interrelationship between anatomy and
physiology.
5. Early humans evolved a restructured pelvis to accommodate for what specific function? a. increased intelligence
b. bipedalism
c. childbirth
d. self defense
e. sense of smell and taste
ANSWER: b
DIFFICULTY: Blooms: Remember
REFERENCES: 2.2 Structure and Function
LEARNING OBJECTIVES: 2.2.2 - Relate the commonly found branching structure to function of an organ.
6. How is human evolution defined?
a. The impact of the earth’s climate on human development.
b. Changes in human intelligence over time.
c. The development of cognitive and motor skills over time.
d. A change in gene expression that occurs from generation to generation.
e. The ability to adapt to constantly changing environments.
ANSWER: d
DIFFICULTY: Blooms: Remember
REFERENCES: 2.3 Evolution and Human Variation
LEARNING OBJECTIVES: 2.3.1 - Define the term and explain the concept of evolution.
8. Why does the body require UV radiation from sunlight?
a. To control the spread of bacteria.
b. To improve skin tone and quality.
c. For the production of proteins.
d. To control blood flow.
e. For the synthesis of vitamin D.
ANSWER: e
, DIFFICULTY: Blooms: Remember
REFERENCES: 2.3 Evolution and Human Variation
LEARNING OBJECTIVES: 2.3.2 - Contrast the impact of selection on traits that affect reproduction and traits that do
not; use this to explain examples of anatomical and physiological variation.
9. UV radiation from sunlight is harmful to folate (folic acid) structure, a vitamin. What is a reason folate is
essential? a. It is essential for skin cell growth and development.
b. It is essential for single cell growth and muscular strength.
c. It aids in sperm production and embryonic development.
d. It is important for eye sight and night vision.
e. It is involved with digestion.
ANSWER: c
DIFFICULTY: Blooms: Remember
REFERENCES: 2.3 Evolution and Human Variation
LEARNING OBJECTIVES: 2.3.2 - Contrast the impact of selection on traits that affect reproduction and traits that do
not; use this to explain examples of anatomical and physiological variation.
10. What are the three types of gradients that drive flow in a physiological context?
a. high, medium, and low gradients
b. elevated, standard, and reduced gradients
c. organic, inorganic, and chemical gradients
d. concentration, electrical, and pressure gradients
e. kinetic, dynamic, and static gradients
ANSWER: d
DIFFICULTY: Blooms: Remember
REFERENCES: 2.4 Flow
LEARNING OBJECTIVES: 2.4.1 - Describe how a gradient determines flow between two regions, and give examples of
gradients that exist in different levels of organization in the body.
11. What type of gradient drives the flow of fluids and gases?
a. concentration gradients
b. electrical gradients
c. pressure gradients
d. organic gradients
e. gravitational gradients
ANSWER: c
DIFFICULTY: Blooms: Remember
REFERENCES: 2.4 Flow
LEARNING OBJECTIVES: 2.4.2 - Predict how changes in a gradient will affect flow rate.
12. Which of the following variables provides resistance to flow rate in liquids and gases? a. diameter and length of
the tube
b. speed of the molecules
c. size of the molecules
d. temperature of the environment
e. viscosity of the medium
