ABSTRACT:
In this study the purpose was to find out(a) the effect of Expiratory Reserve Volume (ERV) on body position and the blood between the Inspiratory Reserve Volume (IRV) and the thoracic enclosed space circumference.The IRV is the tot up or air that drive out be inhaled after a normal inspiration and ERV is the amount of air that can be forcibly exhaled after a normal exhalation (Wilson, 2010).This experiment was divided in two cleaves. For part 1 the null hypothesis was that there impart be no effect on ERV when in divers(prenominal) body positions and part 2, that the IRV well have no relationship upon the thoracic cavity circumference. For part 1 are running(a) hypothesis was that the ERV will increase when the knee is brought up to the pectus and part 2, the IRV will increase due to the thoracic cavity circumference. In part 1 segmentation A bakers dozen girls took measurement of their ERV while sitting still and breathing 4 tidal volume using a spirometer and at the fifth tidal volume maximum expiration; section B measurement was done the same way, but at fifth tidal volume the knee was raised.
Then in part 2 the IRV was measured the same way as section A, but with maximum inspiration and the thoracic cavity circumference was taken in cm. The values were average and recorded. The results showed that there was no effect for part 1, ANOVA was done to analyze the entropy and the p-value was 0.815 > 0.05. In part 2 a regression analysis was done and there was a relationship found between both variables. A graphed was created for the ERV and a scatter plot for IRV.
entryway:
The term respiration can be described as the process or act of breathing oxygen in and carbon dioxide out. In physiology we were introduced to the term cellular respiration that refers to the intracellular...If you penury to get a full essay, order it on our website: Orderessay
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