PART IV. Completion Test Directions: Fill in the missing...

Name: PART IV. Completion Test Directions: Fill in the missing boxes below to complete the pathways of respiration. INHALATION -> oral cavity -> 16. -> trachea -> primary bronchi -> 17. -> tertiary bronchi -> 18. -> 19. EXHALATION -> intercostal muscles and diaphragm relax -> 20. -> restores thoracic cavity to pre inspiratory volume -> 21. -> air is exhaled
Uploaded: 2022-05-25T15:47:37-08:00
Duration: 4 min 2 s
Channel: Monisha Shukla
Description: PART IV. Completion Test Directions: Fill in the missing boxes below to complete the pathways of respiration. INHALATION -> oral cavity -> 16. -> trachea -> primary bronchi -> 17. -> tertiary bronchi -> 18. -> 19. EXHALATION -> intercostal muscles and diaphragm relax -> 20. -> restores thoracic cavity to pre inspiratory volume -> 21. -> air is exhaled

PART IV. Completion Test Directions: Fill in the missing boxes below to complete the pathways of respiration. INHALATION -> oral cavity -> 16. -> trachea -> primary bronchi -> 17. -> tertiary bronchi -> 18. -> 19. EXHALATION -> intercostal muscles and diaphragm relax -> 20. -> restores thoracic cavity to pre inspiratory volume -> 21. -> air is exhaled

Covider the following statements each with two blanks. If Actually, only about (1) $\mathrm{ml}$ of air enters the lung aveoli for the exchange of gases. The remaining fills the respiratory passage and is termed $(2)$. 17 Me amount of air which one can inhale with maximum eflot and also exhale with maximum effort is termed as 3 . It is about (4) in normal adult person. 399 (iii) During normal quiet breathing, on an average, approximately (5) $\mathrm{mL}$ of air is inspired or expired by adult human male in each breath. It is termed as (G) volume. Which of the following options gives the comect fillups for the respective blank numbers from $(1)$ to $(6)$ in the above statements? (a) (3)-Vital capacity, (4)-4000 mL, $(5)-500,(6)$ - tidal (b) $(1)-100$, (2)-residual volume, (3)-functional residual capacity, (4)-3000 mL (c) (1)-350, (2)-dead space air, (5)-1000, (6)-inspiratory reserve volume (d) (1)-350, (2)-residual volume, (3)-vital capacity, (4) $-4000 \mathrm{~mL}$

Question

Please give Ace some feedback