Compare and contrast the functions of liga- ments and tendons

Một phần của tài liệu Glencoe science module d human body system mcgraw hill 2005 (Trang 43 - 47)

VISUALIZING HUMAN BODY LEVERS

27. Compare and contrast the functions of liga- ments and tendons

3 million sweat glands. Make a hypothesis about where these sweat glands are on your body. Are they distributed evenly throughout your body?

29. Display Research the differences among first-, second-, and third-degree burns. A local hospital’s burn unit or a fire depart- ment are possible sources of information about burns. Display pictures of each type of burn and descriptions of treatments on a three-sided, free-standing poster.

CHAPTER REVIEW D31

break down bones

release into bloodstream Bone Cells

build bones

30. Bone Volume Estimate the volume of a hand bone that is 7 cm long and is 1.5 cm in diameter.

Use the graph below to answer question 31.

31. Bone Quantity The total number of bones in the human body is 206. Approximately what percentage of bones is located in the backbone?

A) 2% C) 50%

B) 12% D) 75%

Bones in Different Regions of the Body

20 30

10 0 40 50 60

Region of the body

Number of bones

Skull Shoulder/

Arm

Back- bone

Lower body

bookd.msscience.com/chapter_review

Record your answers on the answer sheet provided by your teacher or on a sheet of paper.

1. Which type of muscle tends to contract quickly and tire more easily?

A. cardiac muscle C. skeletal muscle B. bladder D. smooth muscle

Use the table below to answer questions 2 and 3.

Data from Insurance Institute for Highway Safety

2. If 99% of the people who die in bicycle acci- dents were not wearing helmets, to the near- est whole number, how many people who died in 1998 were wearing bicycle helmets?

A. 7 C. 8

B. 6 D. 9

3. Which year had the greatest total number of bicycle deaths?

A. 1996 C. 1998

B. 1997 D. 1999

4. Which of the following is NOT released by sweat glands?

A. water C. waste products

B. salt D. oil

Use the illustration below to answer questions 5 and 6.

5. Which type of joint do your elbows have?

A. hinge C. ball-and-socket B. gliding D. pivot

6. Which type of joint allows your legs and arms to swing in almost any direction?

A. hinge C. ball-and-socket B. gliding D. pivot

7. What is the name of the pigment that gives your skin color?

A. hemoglobin C. melanin B. keratin D. calcium 8. What does the periosteum do?

A. connects bones together B. covers the surface of bones C. produces energy

D. makes vitamin D

9. Which type of muscle is found in the intestines?

A. skeletal muscle B. smooth muscle C. cardiac muscle D. tendon

32D STANDARDIZED TEST PRACTICE Ease Nervousness Stay calm during the test. If you feel yourself getting nervous, close your eyes and take five slow, deep breaths.

Number of Bicycle Deaths per Year

Year Male Female

1996 654 107

1997 712 99

1998 658 99

1999 656 94

2000 605 76

Gliding joint Ball-and-socket

joint

Hinge joint Pivot joint

421-CR-MSS05 8/19/04 7:50 PM Page 32

STANDARDIZED TEST PRACTICE D33 Record your answers on the answer sheet

provided by your teacher or on a sheet of paper.

10. At birth, your skeleton had approximately 300 bones. As you developed, some bones fused together. Now you have 206 bones.

How many fewer bones do you have now?

11. One in seven people in the United States suffers from arthritis. Calculate the percentage of people that suffer from arthritis.

12. Explain the difference between voluntary and involuntary muscles.

Use the illustration below to answer questions 13 and 14.

13. What type of lever is shown in the photo?

14. Where is the fulcrum?

15. How do muscles help maintain body temperature?

16. Explain what happens when your skin is exposed to ultraviolet rays.

Record your answers on a sheet of paper.

17. Compare and contrast compact and spongy bone.

18. Explain how bone cells help maintain homeostasis.

19. Describe the changes that occur in mus- cles that do a lot of work. Compare these muscles to the muscles of a person who only does inactive pastimes.

Use the illustration below to answer questions 20 and 21.

20. Identify the injury in the photograph.

Describe the sequence of events from the time of injury until the injury disappears.

21. Contrast the injury in the photograph with a cut. Explain why a cut needs to be cleaned but the injury in the photograph does not.

22. What might happen to your body temper- ature if blood vessels in the skin did not contain smooth muscle?

bookd.msscience.com/standardized_test

34D 34D

sections 1 Nutrition

Lab Identifying Vitamin C Content

2 The Digestive System

Lab Particle Size and Absorption

Virtual Lab How can you design a healthful diet?

Intestinal Landscape

This photo may look like a pile of potatoes, but it is a close-up of your small intestine.

The wall of the small intestine has many fin- gerlike projections that soak up substances from digested food. The small intestine is just one of many organs that make up your digestive system.

Make a list of all the organs you think are part of your digestive system.

Science Journal

Nutrients and Digestion

Meckes/Ottawa/Photo Researchers Meckes/Ottawa/Photo Researchers

422_S1-MSS05 8/19/04 7:53 PM Page 34

following Foldable to help you organize foods based on the nutrients that they contain.

Fold the top of a vertical piece of paper down and the bottom up to divide the paper into thirds. Then, foldthe paper in half from top to bottom.

Turnthe paper horizontally, unfold and labelthe six columns as follows:

Proteins, Carbohydrates, Lipids, Water, Vitamins,and Minerals.

Read for Main Ideas As you read the chapter, list foods you eat that provide each of these nutrients in the proper columns.

STEP 2 STEP 1

Preview this chapter’s content and activities at

bookd.msscience.com

D35 D35 Model the Digestive Tract

Imagine taking a bite of your favorite food.

When you eat, your body breaks down food to release energy. How long does it take?

1. Make a label for each of the digestive organs listed here. Include the organ’s name, length, and the time it takes for food to pass through it.

2. Working with a partner, place a piece of masking tape that is 6.5 m long on the classroom floor.

3. Beginning at one end of the tape, and in the same order as they are listed in the table, mark the length for each organ.

Place each label next to its section.

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