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Quiz on Blood

Total questions: 40

Worksheet time: 20mins

Name
Class
Date
1.

What type of tissue is blood classified as?

a)

Epithelial tissue

b)

Connective tissue

c)

Muscle tissue

d)

Nervous tissue

2.

What is the main function of blood?

a)

Digestion

b)

Transport

c)

Respiration

d)

Excretion

3.

What do blood cells float in?

a)

Cytoplasm

b)

Plasma

c)

Lymph

d)

Serum

4.

Which of the following is a function of transport in the body?

a)

Absorbing and distributing heat

b)

Carrying O₂ from lungs to the rest of the body

c)

Acting as buffers for normal pH

d)

Preventing blood loss via clotting

5.

What is one of the roles of regulation in the body?

a)

Removing waste from cells

b)

Transporting hormones to target organs

c)

Maintaining normal pH by acting as buffers

d)

Preventing infection by carrying antibodies

6.

How does the body protect itself from blood loss?

a)

By absorbing and distributing heat

b)

By carrying O₂ from lungs

c)

By clotting

d)

By transporting nutrients

7.

Which function involves carrying antibodies and white blood cells to infected tissues?

a)

Transport

b)

Regulation

c)

Protection

d)

Digestion

8.

What is whole blood primarily composed of?

a)

Formed elements, water, and dissolved molecules

b)

Proteins, carbohydrates, and lipids

c)

Oxygen, carbon dioxide, and nitrogen

d)

Vitamins, minerals, and enzymes

9.

How can the components of whole blood be separated?

a)

By heating

b)

By centrifugation

c)

By filtration

d)

By evaporation

10.

What percentage of whole blood is plasma?

a)

45%

b)

55%

c)

65%

d)

75%

11.

What is the "buffy coat" in whole blood?

a)

Plasma

b)

Red blood cells

c)

White blood cells and platelets

d)

Water and solutes

12.

What is the primary function of plasma in the blood?

a)

To carry oxygen and carbon dioxide

b)

To help stop bleeding

c)

To recognize and fight off foreign substances

d)

To dissolve substances such as plasma proteins

13.

Which type of blood cell is responsible for recognizing and fighting off foreign substances?

a)

Red blood cells

b)

Platelets

c)

Plasma

d)

White blood cells

14.

What is the role of platelets in the blood?

a)

To carry oxygen

b)

To dissolve substances

c)

To help stop bleeding

d)

To fight infections

15.

What do red blood cells carry between the lungs and the rest of the body?

a)

Nutrients

b)

Oxygen and carbon dioxide

c)

Plasma proteins

d)

Hormones

16.

What is the primary function of hemoglobin in red blood cells (RBCs)?

a)

To carry carbon dioxide

b)

To bind and carry oxygen

c)

To provide structural support

d)

To transport nutrients

17.

What is the shape of erythrocytes (RBCs) and why is it beneficial?

a)

Spherical; allows for faster movement

b)

Flattened biconcave; increases surface area for gas exchange

c)

Cylindrical; provides structural integrity

d)

Cuboidal; maximizes volume

18.

What percentage of proteins in mature RBCs is hemoglobin?

a)

50%

b)

75%

c)

97%

d)

100%

19.

What element in hemoglobin readily binds with oxygen?

a)

Calcium

b)

Iron

c)

Sodium

d)

Potassium

20.

What is the process of blood cell formation called?

a)

Hematopoiesis

b)

Photosynthesis

c)

Metabolism

d)

Respiration

21.

Where are most blood cells replaced?

a)

Red bone marrow

b)

White bone marrow

c)

Yellow bone marrow

d)

Green bone marrow

22.

What hormone regulates the formation and destruction of red blood cells?

a)

Erythropoietin (EPO)

b)

Insulin

c)

Adrenaline

d)

Thyroxine

23.

Where is erythropoietin primarily made?

a)

Kidneys

b)

Heart

c)

Lungs

d)

Stomach

24.

What triggers the production of erythropoietin?

a)

A drop in normal blood oxygen levels

b)

High blood sugar levels

c)

Increased heart rate

d)

High blood pressure

25.

What is the process called that the body uses to stop bleeding quickly and locally?

a)

Hemostasis

b)

Hemoglobin

c)

Homeostasis

d)

Hematopoiesis

26.

During the vascular spasm phase of blood clotting, what happens to the smooth muscles in the damaged blood vessel?

a)

They relax

b)

They contract

c)

They expand

d)

They dissolve

27.

What is formed when platelets gather and adhere to each other and the site of injury?

a)

Blood clot

b)

Platelet plug

c)

Fibrin mesh

d)

Red blood cells

28.

What proteins form a mesh-like clot during the coagulation phase?

a)

Hemoglobin

b)

Myosin

c)

Fibrin

d)

Collagen

29.

What are the glycoprotein and glycolipid markers/tags on cells called?

a)

Antibodies

b)

Agglutinogens

c)

Antigens

d)

Blood types

30.

What happens when your body recognizes cells with different antigens?

a)

The cells are accepted as normal

b)

An immune response is activated

c)

The cells are ignored

d)

The cells are strengthened

31.

What do antibodies do in response to antigens?

a)

They ignore the antigens

b)

They bind to antigens and clump cells together

c)

They destroy the antigens directly

d)

They convert antigens into proteins

32.

What are RBC antigens specifically called?

a)

Antibodies

b)

Agglutinogens

c)

Antigens

d)

Blood types

33.

How is blood type determined?

a)

By the presence of antibodies

b)

By the presence or absence of A and B agglutinogens

c)

By the color of the blood

d)

By the size of the red blood cells

34.

Which blood type has both A and B agglutinogens on red blood cells?

a)

A

b)

B

c)

AB

d)

O

35.

What antibodies are present in the plasma of blood type O?

a)

None

b)

Anti-A and Anti-B

c)

Anti-A

d)

Anti-B

36.

Which blood types can a person with blood type A receive?

a)

A and O

b)

B and O

c)

AB and O

d)

A, B, AB, and O

37.

What is the antibody present in the plasma of blood type B?

a)

Anti-A

b)

Anti-B

c)

None

d)

Anti-A and Anti-B

38.

What does it mean if someone is Rh positive?

a)

They have the rhesus antigens and can accept both + and - blood.

b)

They do not have the rhesus antigens and can only accept - blood.

c)

They have the rhesus antigens and can only accept - blood.

d)

They do not have the rhesus antigens and can accept both + and - blood.

39.

How many different blood types are there based on A/B and Rh antigens?

a)

6

b)

8

c)

4

d)

10

40.

What is the characteristic of Rh negative blood?

a)

It has the rhesus antigens and can accept both + and - blood.

b)

It does not have the rhesus antigens and can only accept - blood.

c)

It has the rhesus antigens and can only accept - blood.

d)

It does not have the rhesus antigens and can accept both + and - blood.