respiratory phys lab

Question 1

obstructive lung diseases obstruction of the lungs causes air to be trapped in the lungs when it cannot be exhaled

Answer 1

obstructive lung diseases

Question 2

example of obstructive lung diseases

Answer 2

chronic obstruction pulmonary disorder (COPD)

Question 3

loss of elastiity in the lungs, lungs become stiffer and less air is brought into lung tissue

Answer 3

restrictive lung diseases

Question 4

the amount of air inhaled or exhaled on a normal breath

Answer 4

tidal volume

Question 5

the additional air that can be forcefully inhaled past a normal tidal volume inspiration

Answer 5

inspiratory reserve volume

Question 6

the additional air that can be forcefully exhaled past a normal tidal volume

Answer 6

expiratory reserve volume

Question 7

the volume of air remaining in the lungs after a maximal exhalation

Answer 7

reserve/reserve volume

Question 8

the total amount of air that can be forcefully expired after a maximal inhalation

Answer 8

vital capacity

Question 9

the maximum amount of air that can be inspired after a normal expiration

Answer 9

inspiratory capacity

Question 10

the total amount of air remaining in the lungs after a normal exhalation

Answer 10

functional residual capacity

Question 11

the total amount of air the lungs can contain

Answer 11

total lung capacity

Question 12

medical test used to measure the four lung volumes

Answer 12

spirometry

Question 13

longer breath holding time

Answer 13

better pulmonary function
functional reserve
larger lung capacity

Question 14

respiratory system and cardiovascular system function to

Answer 14

take oxygen into body from atmospheric air and deliver it to tissue cells

Question 15

carbon dioxide builds up in the blood, pH of blood becomes more acidic

Answer 15

respiratory acidosis

Question 16

measure tidal volume

Answer 16

dry gas meter

Question 17

body rate of energy expenditure

Answer 17

metabolic rate

Question 18

rate of oxygen consumption is equal to

Answer 18

ventilation
perfusion

Question 19

the rate at which you obtain oxygen from the environment

Answer 19

ventilation

Question 20

the rate at which oxygen is delivered to the body tissue cells through capillary walls

Answer 20

perfusion

Question 21

increase ventilation by

Answer 21

increasing respiratory depth (tidal volume) and respiratory rate

Question 22

increase perfusion

Answer 22

increase heart rate

Question 23

flow of air into and out of the lungs

Answer 23

minute volume (Vm)

Question 24

balance of exchange between ventilation and perfusion

Answer 24

ventilation-perfusion coupling

Question 25

increase or decrease in the rhythm, and rates of respiration is controlled by

Answer 25

respiratory centers

Question 26

respiratory centers are located in the

Answer 26

medulla and pons

Question 27

blood pH

Answer 27

7.35-7.45

Question 28

carbon dioxide leaves tissues and enters blood combines w water to form

Answer 28

carbonic acid

Question 29

carbonic acid disassociates to form

Answer 29

bicarbonate and hydrogen ions

Question 30

concentration of carbon dioxide in blood decreases, decrease in hydrogen ions, increase in pH

Answer 30

respiratory alkalosis

Question 31

many breaths in a short period of time

Answer 31

hyperventilation

Question 32

inflammation in the bronchioles reducing the amount of oxygen that can reach the alveoli

Answer 32

asthma

Question 33

is asthma reversible

Answer 33

yes - periods of symptom free

Question 34

are COPDs reversible

Answer 34

no irreversible