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Respiratory & Circulatory Systems Quiz

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Respiratory & Circulatory Systems Quiz

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About this activity

Breathing and blood flow basics

Created by

Ollie
Ollie
Australia

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Respiratory & Circulatory Systems Quiz
 

Respiratory & Circulatory Systems QuizOnline version

Breathing and blood flow basics

by Ollie
1

What is the main purpose of cellular respiration in cells?

2

Which type of respiration uses oxygen and yields more ATP?

3

What does anaerobic respiration produce in muscles?

4

Where does gas exchange primarily occur in the respiratory system?

5

Which blood vessels carry blood away from the heart?

6

What is the correct air pathway from entry to alveoli?

7

What does limewater indicate when testing inhaled vs exhaled air?

8

Which substance in smoke reduces oxygen transport?

9

In the heart, which side pumps deoxygenated blood to the lungs?

10

Which sequence correctly describes blood flow from heart to body?

11

What is the overall purpose of cellular respiration in cells?

12

Which two products are produced by aerobic respiration?

13

Where does most cellular respiration occur?

14

Which gas diffuses into the blood during gas exchange in the lungs?

15

What does limewater test indicate when it turns cloudy after exhalation?

16

Which structure is the primary site of gas exchange in the respiratory system?

17

Which system transports gases and nutrients around the body?

18

What happens to the diaphragm during inhalation?

19

What role do capillaries play in circulation?

20

Which components form the pathway of breathing?

Feedback

Cellular respiration converts glucose energy into ATP used by cells.

Aerobic respiration requires oxygen and makes more ATP than anaerobic.

In muscles, lack of oxygen leads to lactic acid production.

Alveoli are the site where O2 enters blood and CO2 leaves.

Arteries typically carry oxygenated blood away from the heart.

Air travels from entry to bronchioles then to alveoli for gas exchange.

Exhaled air has more CO2, turning limewater cloudy.

CO binds to hemoglobin, reducing oxygen transport.

Right atrium and ventricle handle deoxygenated blood to lungs.

Blood flows through heart, to lungs for gas exchange, then to the body.

ATP provides usable energy for cellular processes.

Aerobic respiration generates CO2 and H2O when oxygen is present.

The mitochondria are the cell's powerhouses.

Oxygen moves into blood, CO2 moves out.

Cloudy limewater shows CO2 in exhaled air.

Alveoli are tiny sacs where diffusion occurs.

Blood vessels carry substances to/from cells.

Contraction increases thoracic volume, drawing in air.

They are thin-walled vessels enabling exchange.

Air travels from entry to alveoli for gas exchange.

 
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