h. Respiratory Membrane: ii. i. Name the structures that form the respiratory membrane. What is the function of the respiratory membrane? 1. Oxygen will move from concentration to the 2. Carbon dioxide will move from concentration into the 5. Mechanism of Breathing: a. Air entering and exiting the lungs is called_ b. Pressure between the visceral and parietal pleurae is called This pressure is helps keep the lungs inflated. e. i. What causes the lungs to collapse? c. Inspiration: i. Active or passive: ii. Muscles involved: iii. Before you inhale, atmospheric pressure is, concentration into concentration to d. Expiration: than atmospheric pressure and to alveolar pressure. iv. In order to inhale, atmospheric pressure must be alveolar pressure. v. What happens to volume of the thoracic cavity and lungs when the respiratory muscles contract? than vi. What happens to pressure in the thoracic cavity and lungs when the respiratory muscles contract? i. Active or passive: ii. Muscles involved: iii. In order to exhale, atmospheric pressure must be alveolar pressure. iv. What happens to volume of the thoracic cavity and lungs when the respiratory muscles relax and lung tissue recoil? v. What happens to pressure in the thoracic cavity and lungs when the respiratory muscles relax and lung tissue recoil? than Maximum Inspiration and Forced Expiration: i. List the muscles involved in maximum inspiration and explain what happens to the thoracic cavity and lungs when they contract. ii. Is maximum inspiration active or passive: iii. List the muscles involved in forced expiration and explain what occurs in the thoracic cavity and abdominal cavity when they contract. iv. Is forced expiration active or passive
h. Respiratory Membrane: ii. i. Name the structures that form the respiratory membrane. What is the function of the respiratory membrane? 1. Oxygen will move from concentration to the 2. Carbon dioxide will move from concentration into the 5. Mechanism of Breathing: a. Air entering and exiting the lungs is called_ b. Pressure between the visceral and parietal pleurae is called This pressure is helps keep the lungs inflated. e. i. What causes the lungs to collapse? c. Inspiration: i. Active or passive: ii. Muscles involved: iii. Before you inhale, atmospheric pressure is, concentration into concentration to d. Expiration: than atmospheric pressure and to alveolar pressure. iv. In order to inhale, atmospheric pressure must be alveolar pressure. v. What happens to volume of the thoracic cavity and lungs when the respiratory muscles contract? than vi. What happens to pressure in the thoracic cavity and lungs when the respiratory muscles contract? i. Active or passive: ii. Muscles involved: iii. In order to exhale, atmospheric pressure must be alveolar pressure. iv. What happens to volume of the thoracic cavity and lungs when the respiratory muscles relax and lung tissue recoil? v. What happens to pressure in the thoracic cavity and lungs when the respiratory muscles relax and lung tissue recoil? than Maximum Inspiration and Forced Expiration: i. List the muscles involved in maximum inspiration and explain what happens to the thoracic cavity and lungs when they contract. ii. Is maximum inspiration active or passive: iii. List the muscles involved in forced expiration and explain what occurs in the thoracic cavity and abdominal cavity when they contract. iv. Is forced expiration active or passive
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:MAY
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h. Respiratory Membrane:
i. Name the structures that form the respiratory membrane.
ii. What is the function of the respiratory membrane?
1.
Oxygen will move from
concentration to
5. Mechanism of Breathing:
the
2. Carbon dioxide will move from
concentration into the
a. Air entering and exiting the lungs is called.
b.
Pressure between the visceral and parietal pleurae is called.
This pressure is
helps keep the lungs inflated.
i. What causes the lungs to collapse?
c. Inspiration:
i. Active or passive:
ii. Muscles involved:
iii.
Before you inhale, atmospheric pressure is
concentration to
pressure.
iv.
In order to inhale, atmospheric pressure must be
d. Expiration:
concentration into
than atmospheric pressure and
to alveolar
alveolar pressure.
v.
What happens to volume of the thoracic cavity and lungs when the respiratory
muscles contract?
tv
than
vi. What happens to pressure in the thoracic cavity and lungs when the respiratory
muscles contract?
i. Active or passive:
ii. Muscles involved:
iii. In order to exhale, atmospheric pressure must be
alveolar pressure.
iv.
What happens to volume of the thoracic cavity and lungs when the respiratory
muscles relax and lung tissue recoil?
v. What happens to pressure in the thoracic cavity and lungs when the respiratory
muscles relax and lung tissue recoil?
e. Maximum Inspiration and Forced Expiration:
than
i. List the muscles involved in maximum inspiration and explain what happens to
the thoracic cavity and lungs when they contract.
ii. Is maximum inspiration active or passive:
iii.
List the muscles involved in forced expiration and explain what occurs in the
thoracic cavity and abdominal cavity when they contract.
iv. Is forced expiration active or passive
/
A
W
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