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Respiratory
Respiratory - Anatomy and Mechanics
Respiratory Mechanics
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Hiri P
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Subdecks (6)
Forced expiration
Year 1 Physio > Respiratory > Respiratory - Anatomy and Mechanics > Respiratory Mechanics
2 cards
Forced inspiration
Year 1 Physio > Respiratory > Respiratory - Anatomy and Mechanics > Respiratory Mechanics
2 cards
Quiet Expiration
Year 1 Physio > Respiratory > Respiratory - Anatomy and Mechanics > Respiratory Mechanics
1 card
Quiet Inspiration
Year 1 Physio > Respiratory > Respiratory - Anatomy and Mechanics > Respiratory Mechanics
2 cards
Ventilation
Year 1 Physio > Respiratory > Respiratory - Anatomy and Mechanics > Respiratory Mechanics
4 cards
Respiratory Pressures
Year 1 Physio > Respiratory > Respiratory - Anatomy and Mechanics > Respiratory Mechanics
10 cards
Cards (22)
Respiratory Mechanics:
If the volume of a container
increases
then the pressure inside it will
decrease
If the volume of a container
decreases
then the gas molecules will be forced
closer
together and therefore the pressure will
increase
Gases always flow
down
pressure gradients (from high to low)
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