During alve - Study guides, Revision notes & Summaries

1. E-D = ERV 160. A healthy 30-year-old woman is referred for a life insurance physical exam. History reveals that she has never smoked and vesicular breath sounds are heard at the periph- ery of the lung with aus- cultation. In the patient's spirometry tracing below, the expiratory reserve vol- ume (ERV) equals which of the following? 2. .21*380 = 80 mmHg 161. A group of third-year medical students accom- panied a medical mission team to Peru, South Amer- ica. After arriving at the ai...

BIO 202-Assignment 3 Verified Questions With Answers What is the layer of the pleural membrane that is attached to the surface of the lung? - ANSWER visceral pleura What is the outermost layer of the pleural membrane? - ANSWER Parietal pleura What is the fluid filled area between the pleural layers called? - ANSWER Pleural cavity The pleural membranes function like a fluid filled balloon that completely surrounds the heart. - ANSWER false What determines the direction of gas movem...

1. How many electrons can an s subshell hold? 2 2. How many electrons can a p subshell hold? 6 3. How many electrons can a d subshell hold? 10 4. Which subshells are available in the first energy level? 5. Which subshells are available in the second en- ergy level? 6. Which subshells are available in the third energy level? s s and p s, p and d 7. What is Hund's rule? (Think bus seats!) Every orbital in a sub- shell must be singly filled with an electron before any one orbital can be d...

Drexel A&P 103 Final Prep / Ch 23-25 & 28 Which of the following structures is not part of the respiratory zone? - Respiratory bronchioles - Terminal bronchioles - Alveolar ducts - Alveoli - Answer- Terminal bronchioles During inhalation, the thoracic cavity __________; during exhalation, the thoracic cavity __________. - Becomes larger; becomes smaller than its resting size - Returns to normal, resting size; becomes smaller than its original size - Becomes larger; returns to its ...

A drop in blood pressure of greater than 10 torr during inspiration is called: - pulsus paradoxus. A fine, bubbling sound heard on inspiration and associated with fluid in the alveoli and terminal bronchioles is called: - rales (crackles). A high-pitched inspiratory noise caused by a partial upper airway obstruction is called: - stridor A musical, squeaking, or whistling sound that may be heard on inspiration or expiration while auscultating lung fields is known as: - wheezing A peak ...

A drop in blood pressure of greater than 10 torr during inspiration is called: - pulsus paradoxus. A fine, bubbling sound heard on inspiration and associated with fluid in the alveoli and terminal bronchioles is called: - rales (crackles). A high-pitched inspiratory noise caused by a partial upper airway obstruction is called: - stridor A musical, squeaking, or whistling sound that may be heard on inspiration or expiration while auscultating lung fields is known as: - wheezing A peak ...

A drop in blood pressure of greater than 10 torr during inspiration is called: - pulsus paradoxus. A fine, bubbling sound heard on inspiration and associated with fluid in the alveoli and terminal bronchioles is called: - rales (crackles). A high-pitched inspiratory noise caused by a partial upper airway obstruction is called: - stridor A musical, squeaking, or whistling sound that may be heard on inspiration or expiration while auscultating lung fields is known as: - wheezing A peak ...