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book Biology 1st Edition by Jerome Krueger, Kendra Hill, Robert Noyd cover

Biology 1st Edition by Jerome Krueger, Kendra Hill, Robert Noyd

النسخة 1الرقم المعياري الدولي: 978-1305747852
book Biology 1st Edition by Jerome Krueger, Kendra Hill, Robert Noyd cover

Biology 1st Edition by Jerome Krueger, Kendra Hill, Robert Noyd

النسخة 1الرقم المعياري الدولي: 978-1305747852
تمرين 4
Spiders have two narrow slits on their lower abdomen that each open to a respiratory structure called a book lung. Book lungs consist of a stack of air-filled hollow "pages," or thin narrow air pockets, that extend into a blood-filled chamber ( Fig. ). Within these air pockets, oxygen and carbon dioxide are exchanged with the spider's blood. Refer to factors in Table to explain how the book lung increases the rate of diffusion.
Figure The book lung of spiders.
Spiders have two narrow slits on their lower abdomen that each open to a respiratory structure called a book lung. Book lungs consist of a stack of air-filled hollow pages, or thin narrow air pockets, that extend into a blood-filled chamber ( Fig. ). Within these air pockets, oxygen and carbon dioxide are exchanged with the spider's blood. Refer to factors in Table to explain how the book lung increases the rate of diffusion. Figure The book lung of spiders.          Table Factors Influencing Gas Exchange
Spiders have two narrow slits on their lower abdomen that each open to a respiratory structure called a book lung. Book lungs consist of a stack of air-filled hollow pages, or thin narrow air pockets, that extend into a blood-filled chamber ( Fig. ). Within these air pockets, oxygen and carbon dioxide are exchanged with the spider's blood. Refer to factors in Table to explain how the book lung increases the rate of diffusion. Figure The book lung of spiders.          Table Factors Influencing Gas Exchange
Table Factors Influencing Gas Exchange
Spiders have two narrow slits on their lower abdomen that each open to a respiratory structure called a book lung. Book lungs consist of a stack of air-filled hollow pages, or thin narrow air pockets, that extend into a blood-filled chamber ( Fig. ). Within these air pockets, oxygen and carbon dioxide are exchanged with the spider's blood. Refer to factors in Table to explain how the book lung increases the rate of diffusion. Figure The book lung of spiders.          Table Factors Influencing Gas Exchange
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Book lung is a type of respiratory organ...

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Biology 1st Edition by Jerome Krueger, Kendra Hill, Robert Noyd
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