RESPIRATORY 13

Question 1

what type of respiration happens in the lungs?

Answer 1

external respiration

Question 2

what type of respiration happens in the tissue?

Answer 2

Internal respiration

Question 3

it is the Exchange of gases between body cells and the environment

Answer 3

respiration

Question 4

it is the act or process of breathing?

Answer 4

respiration

Question 5

other term for respiration?

Answer 5

breathing or pulmonary ventilation

Question 6

four major components of respiration?

Answer 6

pulmonary ventilation, diffusion, transport, regulation of ventilation

Question 7

what is the average respiratory rate or cycle of breathing?

Answer 7

16-20 cycle per minute

Question 8

what are the phases or cycle of breathing?

Answer 8

inspiration, expiration

Question 9

Amount of air in a single inspiration or expiration

Answer 9

Tidal volume

Question 10

Above the tidal volume

Answer 10

inspiratory reserve volume

Question 11

Volume of air that can be exhaled after a maximal inspiration

Answer 11

vital capacity

Question 12

Amount of air remaining in the lungs after maximal expiration

Answer 12

residual volume

Question 13

what is the approximate volume for the residual volume?

Answer 13

1500 ml

Question 14

what is the approximate ml of air that enters the respiratory tract in a normal quiet breathing? what is the statement referring to?

Answer 14

500 ml, tidal volume

Question 15

what is the ml of expiratory reserve volume?

Answer 15

1200 ml

Question 16

what is the amount of volume in the inspiratory reserve volume?

Answer 16

3600 ml

Question 17

Amount of air that may be forcibly inspired over and above
a normal inspiration

Answer 17

inspiratory reserve volume

Question 18

Approximately 500 ml of air enters the respiratory tract in a
normal quiet breathing

Answer 18

tidal volume

Question 19

what measures 3600 ml

Answer 19

inspiratory reserve volume

Question 20

what measures 1200ml?

Answer 20

expiratory reserve volume

Question 21

Amount of air that may be forcibly inspired over and above a normal inspiration?

Answer 21

inspiratory reserve volume

Question 22

what is the formula for vital capacity?

Answer 22

Vital capacity = tidal volume + ERV + IRV

Question 23

it is the Volume of air that remains in the lungs at the end of a
normal expiration

Answer 23

functional residual capacity

Question 24

what is the formula for the functional residual capacity?

Answer 24

Functional residual capacity= ERV + RV

Question 25

Maximal volume of air in the lungs after maximal inspiration

Answer 25

total lung capacity

Question 26

what is the formula for total lung capacity?

Answer 26

Total Lung capacity = IRV + TV + ERV + RV