which one of the following fluids fills the membranous labyrinth including the A.water B.perilymph C.serum D.plasma E.endolymph 6.Which of the following is NOT the characteristic of fast pain? A.Occurs rapidly after stimuli(1 second) C.Not felt in deeper tissues D.Needs larger A nerve fibers E.Felt in both superficial and deeper tissues 7.Lung Volumes A.Tidal Volume at rest is larger than Inspiratory Reserve Volume. B.Tidal Volume is the volume of air expired during each breath c.Reserve volume is the volume of air in the lungs after a normal expiration D.Vital Capacity isequal to the Tidal Volume and the Inspiratory Reserve Volume. E.All lung volumes can be measured with a Spirometer 8.Mechanics of breathing A.The elasticity of the lungs helps to expand the alveoli. B.At the end of expiration,the alveolar pressure is greater than atmospheric pressure. C.At the end of inspiration,the atmospheric pressure is equal to the alveolar pressure. D.The intrapleural pressure is positive during a normal expiration. E.Trans-pulmonary pressure is the value of atmospheric pressure minus the alveolar pressure. 9.Lung Properties A.Lung Compliance is proportionate to Lung Elasticity B.Lung Recoil is inversely related to Alveolar Surface Tension Force. C.Pulmonary Surfactant reduces the Lung Recoil Force D.Boyle's Law explains the essential effect of pulmonary surfactant at the alveoli E.The anatomical dead space includes some of normal alveolar space 10.Carbon Dioxide Transport A.About 50%of CO2 is transported in the form of carbamino-hemoglobin. 22 5. Which one of the following fluids fills the membranous labyrinth including the cochlear duct? A. water B. perilymph C. serum D. plasma E. endolymph 6. Which of the following is NOT the characteristic of fast pain? A. Occurs rapidly after stimuli (1 second) B. Sharp pain like needle puncture or cut C. Not felt in deeper tissues D. Needs larger A nerve fibers E. Felt in both superficial and deeper tissues 7. Lung Volumes A. Tidal Volume at rest is larger than Inspiratory Reserve Volume. B. Tidal Volume is the volume of air expired during each breath. C. Reserve Volume is the volume of air in the lungs after a normal expiration. D. Vital Capacity is equal to the Tidal Volume and the Inspiratory Reserve Volume. E. All lung volumes can be measured with a Spirometer. 8. Mechanics of breathing A. The elasticity of the lungs helps to expand the alveoli. B. At the end of expiration, the alveolar pressure is greater than atmospheric pressure. C. At the end of inspiration, the atmospheric pressure is equal to the alveolar pressure. D. The intrapleural pressure is positive during a normal expiration. E. Trans-pulmonary pressure is the value of atmospheric pressure minus the alveolar pressure. 9. Lung Properties A. Lung Compliance is proportionate to Lung Elasticity B. Lung Recoil is inversely related to Alveolar Surface Tension Force. C. Pulmonary Surfactant reduces the Lung Recoil Force D. Boyle’s Law explains the essential effect of pulmonary surfactant at the alveoli. E. The anatomical dead space includes some of normal alveolar space. 10. Carbon Dioxide Transport A. About 50 % of CO2 is transported in the form of carbamino -hemoglobin