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Henny\'s law Boyle\'s law Dalton\'s law partial pressure593mmilg Diaphragnm incr

ID: 3477852 • Letter: H

Question

Henny's law Boyle's law Dalton's law partial pressure593mmilg Diaphragnm increases pressure medulla, pons decreases, exhalation the superior-inferior dimension of the thoracic cavity 2. As diaphragm relaxes, thorax volume leading to 3. Respiratory centers are located in 4. Pressure exerted by each type of gas in a mixture is known as 5. Partial pressure of a gas with increase in concentration of a gas. 6. Partial pressure of N2 in air is 7. States that solubility ofa gas in liquid increases with 8. States that pressure of a gas is inversely related to the volume of a gas at constant temperature 9. States that partial pressure of individual gases in air is related to total atm.pressure and concentration of gas in a mixture VC alveolar ventilation RV TLC ERV TV VC+RV IRV 70% anatomical dead space Respiratory minute volume 10. Normal volume of air inspired or expired 11· The volume of air that can be forcefully inspired after inspiration of the normal tidal volume. 12. The volume of air that can be forcefully be expired after expiration of the normal tidal volume. 13. Volume of air remaining in lungs after the most forceful expiration is called 14. 15. Total volume a lung can hold is about 16. Total lung volume is the sum of 17. Total amount of air moved in and out of the respiratory system each minute 18. Air in the is not involved in gas exchange 19. Gas exchange at alveoli is also known as 20. % of TV is alveolar ventilation amount of air that can move in and out is called

Explanation / Answer

1. Thoracic diaphragm

2. increases, inspiration

3. Medula oblongata and pons

4. Partial pressure

5. Increases

6. 0.78 atm

7. Henry's law, Pressure

8. Boyle's law

9. Dalton's law

10. Tidal volume

11. Inspiratory capacity

12. Vital capacity

13. Residual volume

14. Vital capacity

15. About 6 ltr of air

16. Tidal volume, inspiratory reserve volume, expiratory reserve volume and residual volume

17. Respiratory minute volume

18. Dead space volume

19. Pulmonary gas exchange

20. 70%

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