(c) Rajah 9.3 menunjukkan mekanisme pernafasan bagi ikan dan amfibia. Diagram 9.3 shows the breathing mechanism in fish and amphibian. Dasar rongga mulut Buccal cavity floor Insang Gill Operkulum Operculum Tarikan nafas Hembusan nafas Inhalation Exhalation Ikan Fish Реparu Lungs Rongga mulut Buccopharyngeal cavity Hembusan nafas Tarikan nafas Exhalation Inhalation Amfibia Amphibian Rajah 9.3 Diagram 9.3 Nyatakan perbandingan di antara mekanisme pernafasan bagi kedua-dua tersebut. State the comparison between the breathing mechanism for the two organisms

(c) Rajah 9.3 menunjukkan mekanisme pernafasan bagi ikan dan amfibia. Diagram 9.3 shows the breathing mechanism in fish and amphibian. Dasar rongga mulut Buccal cavity floor Insang Gill Operkulum Operculum Tarikan nafas Hembusan nafas Inhalation Exhalation Ikan Fish Реparu Lungs Rongga mulut Buccopharyngeal cavity Hembusan nafas Tarikan nafas Exhalation Inhalation Amfibia Amphibian Rajah 9.3 Diagram 9.3 Nyatakan perbandingan di antara mekanisme pernafasan bagi kedua-dua tersebut. State the comparison between the breathing mechanism for the two organisms

Body Structures & Functions Updated

13th Edition

ISBN:9780357191606

Author:Scott

Publisher:Scott

Chapter17: Respiratory System

Section: Chapter Questions

Problem 1ATC

See similar textbooks

Similar questions

Air is pulled into the human respiratory tract mainly because ofvolume changes in thea. nose. c. chest cavity.b. pharynx. d. trachea.
Alveoli is related to which of thefollowing system of human body?A. Circulatory systemB. Excretory systemC. Reproductive systemD. Respiratory system
A section of the lung that receives its own tertiary bronchus is called the ________. bronchopulmonary segment pulmonary lob tile interpulmonary segment respiratory segment
Gas exchange that occurs at the level of the tissues is called ________. external respiration inteipulmonarv respiration internal respiiation pulmonary ventilation
Watch this video (http://openstaxcollege.org/l/spirometers) to learn more about lung volumes and spirometers. Explain how spirometry test results can be used to diagnose respiratory diseases or determine the effectiveness of disease treatment.
Describe the function of these terms and describe where they are located: main bronchus, trachea, alveoli.
The ________ is an airway that connects the nose and mouth with the ________. a. oral cavity; larynx b. pharynx; trachea c. trachea; pharynx d. pharynx; larynx
Figure 39.7 Which of the following statements about the mammalian respiratory system is false? When we breathe in, air travels from the pharynx to the trachea. The bronchioles branch into bronchi. Alveolar ducts connect to alveolar sacs. Gas exchange between the lung and blood takes place in the alveolus.
The “bends” or decompression sickness is a formof air embolism. When scuba or deep sea diversare under higher pressure, more nitrogen gasdissolves in the blood and tissue fluids. Usually aslow ascent to the surface (lower pressure) allowsthe gas to be gradually dissipated and exhaled. Ifa diver rises to the surface too rapidly, the gascomes out of solution, forming bubbles or gasemboli in the circulation. Explain why ischemiaand pain may occur in various tissues such asmuscle, joints, or the heart.
Death by drowning can occur in either of two ways, by theairways filling with water (more common), or a reflexlaryngospasm (strong muscle contraction of the larynxclosing it). Explain how each mechanism causes death.
If the frontal cilia of an ascidian pharynx were immobilized what would be the likely consequence(s) closure of siphons no mucus net spreading cessation of gas exchange cessation of the feeding current
"form fits function" a explain what this phrase means b explain how lungs are an example of this phrase