Q1Complete the following explanation of inhalation using words from the box.Using the equation PV = constant; if the volume of the thoracic cavity increases the pressure inside thethoracic cavity willWhen the pressure within the thoracic cavitythe lungs.atmosphericpressure, air willis greater thanincreaseexitdecreaseis smaller thanenterQ2An ideal gas is in a closed container. Which changes to its volume and temperature when taken togethermust cause a decrease in the gas pressure?VolumeTemperatureAdecreaseincreaseB.decreasedecreaseC.increaseincreaseD.increasedecreaseQ3Under which conditions of pressure and density will a real gas approximate to an ideal gas?PressureDensityA.highhighB.highlowC.lowhighO D.lowlowO O O O

Name: Q1Complete the following explanation of inhalation using words from t
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Description: Q1Complete the following explanation of inhalation using words from the box.Using the equation PV = constant; if the volume of the thoracic cavity increases the pressure inside thethoracic cavity willWhen the pressure within the thoracic cavitythe l

1) The process of inhalation can be explained using the concept of ideal gas law , that is PV = n R…

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Q1 Complete the following explanation of inhalation using words from the box. Using the equation PV = constant; if the volume of the thoracic cavity increases the pressure inside the thoracic cavity will When the pressure within the thoracic cavity the lungs. atmospheric pressure, air will is greater than increase exit decrease is smaller than enter

Q1 Complete the following explanation of inhalation using words from the box. Using the equation PV = constant; if the volume of the thoracic cavity increases the pressure inside the thoracic cavity will When the pressure within the thoracic cavity the lungs. atmospheric pressure, air will is greater than increase exit decrease is smaller than enter

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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