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Glencoe Biology

Alton Biggs

Chapter 32

Integumentary, Skeletal, and Muscular Systems - all with Video Answers

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Chapter Questions

02:19

Problem 1

Explain the difference between the terms in each set.
epidermis, dermis.

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02:16

Problem 2

Explain the difference between the terms in each set.
melanin, keratin.

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01:48

Problem 3

Explain the difference between the terms in each set.
sebaceous glands, hair follicles.

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01:38

Problem 4

Which tissue type is responsible for the formation of "goose bumps"?
A. $A$
B. $B$
C. $C$
D. $D$
CAN'T COPY THE FIGURE

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01:31

Problem 5

When are blackheads formed?
A. when sebaceous glands become clogged
B. when grooves in the epidermis gather dirt
C. when hair follicles grow inward rather than outward
D. when there is an excess of keratin produced

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02:58

Problem 6

How does the skin regulate body temperature?
A. by increasing sweat production
B. by retaining water
C. by producing vitamin $\mathrm{D}$
D. by regulating fat content in the epidermis

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01:19

Problem 7

Which are not found in the dermis?
A. muscles
B. sweat and oil glands
C. fat cells
D. nerve cells

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02:34

Problem 8

What could be inferred from suntans?
A. Sunning for the purpose of tanning produces healthier skin.
B. A tan might indicate sun damage to the skin.
C. Tanning strengthens the elastic in the skin making the skin feel tight.
D. Tanning promotes skin that has a more youthful appearance.

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02:29

Problem 9

Open Ended What possible effects on the body might there be if the epidermis was absent?

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02:48

Problem 10

Open Ended What possible effects on the body might there be if the dermis was absent?

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02:30

Problem 11

Short Answer Describe how the integumentary system contributes to homeostasis.

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01:43

Problem 12

Explain why it does not hurt when you get a haircut.

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02:20

Problem 13

Assess the reason why people with third degree burns might not feel pain at the site of the burn.

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02:43

Problem 14

Explain the difference between the terms in each set.
spongy bone, compact bone.

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01:20

Problem 15

Explain the difference between the terms in each set.
tendons, ligaments.

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02:53

Problem 16

Explain the difference between the terms in each set.
osteoblasts, osteoclasts.

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01:30

Problem 17

Where would you find the type of joint shown above?
A. hip
B. vertebrae
C. elbow
D. skull
CAN'T COPY THE FIGURE

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01:15

Problem 18

Which is not a function of bone?
A. production of vitamin $\mathrm{D}$
B. internal support
C. protection of internal organs
D. storage of calcium

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01:32

Problem 19

What is a characteristic of the portion of the bone indicated by the arrow?
A. It contains no living cells.
B. It contains bone marrow.
C. It is the only type of bone tissue in long bones.
D. It is made of overlapping osteon systems.
CAN'T COPY THE FIGURE

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01:39

Problem 20

Which set of terms is mismatched?
A. cranium- sutures
B. wrist-pivot joint
C. shoulder - ball-and-socket joint
D. knee-hinge joint

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01:02

Problem 21

What are the cells that remove old bone tissue
called?
A. osteoblasts
B. osteocytes
C. osteoclasts
D. osteozymes

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01:35

Problem 22

Which is not part of the axial skeleton?
A. skull
B. ribs
C. hip bone
D. vertebral column

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02:22

Problem 23

Which is part of the appendicular skeleton?
CAN'T COPY THE FIGURE
A. $A$
B. $B$
C. $C$
D. $D$

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03:05

Problem 24

Open Ended Describe potential consequences if all bone tissue in humans was comprised of spongy bone and there was no compact bone.

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02:00

Problem 25

Open Ended Describe potential consequences if all bone tissue in humans was comprised of compact bone and there was no spongy bone.

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02:14

Problem 26

Short Answer Compare the function of osteoclasts and osteoblasts.

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02:30

Problem 27

Analyze the following scenario. A person enters the emergency room with an ankle injury. What structures of the patient's ankle need to be examined to determine the proper treatment?

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02:03

Problem 28

Hypothesize what might happen to a woman's bones if she did not increase her intake of calcium during pregnancy?

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00:45

Problem 29

For each set of terms below, choose the one term that does not belong and explain why it does not belong.
actin, melanin, myosin.

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01:26

Problem 30

For each set of terms below, choose the one term that does not belong and explain why it does not belong.
cardiac muscle, smooth muscle, fast-twitch muscle.

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01:43

Problem 31

For each set of terms below, choose the one term that does not belong and explain why it does not belong.
sarcomere, myofibril, myoglobin.

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02:34

Problem 32

Which requires ATP?
A. muscle contraction
B. muscle relaxation
C. both muscle contraction and relaxation
D. neither muscle contraction nor relaxation

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00:59

Problem 33

What muscles shown above are classified as voluntary muscles?
A. the muscle type shown in $\mathrm{A}$
B. the muscle type shown in $\mathrm{B}$
C. the muscle type shown in $C$
$\mathbf{D} .$ all muscles
CAN'T COPY THE FIGURE

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01:31

Problem 34

Which is a characteristic of fast-twitch muscle fibers?
A. They contain more myoglobin than slow-twitch fibers.
B. They are resistant to fatigue.
C. They have fewer mitochondria than slow-twitch fibers.
D. They require high amounts of oxygen in order to function.

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03:25

Problem 35

Short Answer Compare and contrast the structure of skeletal, smooth, and cardiac muscle.

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04:11

Problem 36

Short Answer Explain, based on the structure of the muscle fibers, why skeletal muscles can contract but not lengthen.

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04:22

Problem 37

Predict any possible consequences if cardiac and smooth muscle had the same structure as skeletal muscle.

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03:16

Problem 38

Infer why it is important that no muscle contains solely slow-twitch or fast-twitch fibers.

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03:23

Problem 39

Imagine you are a writer for a health magazine. Write a brief article about the need for calcium for the skeletal and muscular systems.

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01:25

Problem 40

Athletes burn fat at a maximum rate when they exercise at an intensity near the lactate threshold-the
point at which lactic acid starts to build up in the muscles. In addition, athletes who consume the greatest amounts of oxygen during intense exercise $\left[\mathrm{VO}_{2 \mathrm{peak}}\right]$ burn the most fat. Researchers compared the lactate threshold and oxygen consumption of overweight subjects who did not exercise to those of highlytrained athletes.
CAN'T COPY THE FIGURE
At what percent of $V O_{2 \operatorname{peak}}$ was the lactate threshold reached in overweight subjects?

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01:50

Problem 41

Athletes burn fat at a maximum rate when they exercise at an intensity near the lactate threshold-the
point at which lactic acid starts to build up in the muscles. In addition, athletes who consume the greatest amounts of oxygen during intense exercise $\left[\mathrm{VO}_{2 \mathrm{peak}}\right]$ burn the most fat. Researchers compared the lactate threshold and oxygen consumption of overweight subjects who did not exercise to those of highlytrained athletes.
CAN'T COPY THE FIGURE
How might an overweight person who does not exercise increase his or her $V O_{2 p e a k}$ and, therefore, his or her lactate threshold?

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02:12

Problem 42

Make sketches of the distinctive parts of mammals that distinguish them from all other groups. (Chapter 30)

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