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Gas Exchange The exchange of Oxygen and Carbon diox ide What characteristic do all respiratory surfaces have in common? They must be moist Respiratory surfaces in different anim als are adapted for maximal gas exchan ge capacity
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G AS E XCHANGE The exchange of Oxygen and Carbon dioxide What characteristic do all respiratory surfaces have in common? They must be moist Respiratory.

Dec 13, 2015

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Myron Warner
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Page 1: G AS E XCHANGE The exchange of Oxygen and Carbon dioxide What characteristic do all respiratory surfaces have in common? They must be moist Respiratory.

Gas Exchange The exchange of Oxygen and Carbon dioxide What characteristic do all respiratory

surfaces have in common? They must be moist Respiratory surfaces in different animals are

adapted for maximal gas exchange capacity

Page 2: G AS E XCHANGE The exchange of Oxygen and Carbon dioxide What characteristic do all respiratory surfaces have in common? They must be moist Respiratory.

Gills

Ventilation – increasing flow over the respiratory surface

What is the advantage of countercurrent exchange?

How can insects meet their high metabolic demands for oxygen with an open circulatory system?

Page 3: G AS E XCHANGE The exchange of Oxygen and Carbon dioxide What characteristic do all respiratory surfaces have in common? They must be moist Respiratory.

Lungs Connects to circulatory system Located in thoracic cavity, near the heart Describe the pathway of oxygen to the lungs. What is the passage of oxygen as it enters

your nasal passageway and is used by tissues in your big toe?

How do mammals ventilate their lungs? What is so special about the avian

respiratory system?

Page 4: G AS E XCHANGE The exchange of Oxygen and Carbon dioxide What characteristic do all respiratory surfaces have in common? They must be moist Respiratory.

Control of Breathing

Page 5: G AS E XCHANGE The exchange of Oxygen and Carbon dioxide What characteristic do all respiratory surfaces have in common? They must be moist Respiratory.
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