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Please follow the instructions in the attachment below. The instructions is in slide 7,8 and 9. This is not an essay

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Vital capacity calculation BIOL 107 LAB REPORT Fall 2016 Objectives  Describe the important lung volumes and how they are measured.  Differentiate between lung diseases. Lung volumes & capacities Different types of lung disease Methods – Record data in your data tables ❖Tidal Volume (TV) -Start at 1000 mL. Inhale and exhale normally into spirometer (with no extra effort). Record measurements. -Do this 3x and take the average ❖Expiratory reserve volume (ERV) -Start at 1000 mL. Inhale and exhale normally, then force as much air as possible out through spirometer. Record -Do this 3x and take the average ❖ Vital Capacity (VC) -Start at 1000 mL. Inhale as much as possible and exhale as much as possible into spirometer. -Do this 3x and take the average Methods – Record data in your data tables ❖Calculate inspiratory reserve volume (IRV) and inspiratory capacity (IC) from other data. ❖IRV = VC – (TV+ERV); or VC – TV – ERV ❖IC = IRV + TV; or VC – ERV Lab report – due 23 Nov 2017  Create a typed data table like the one provided in the lab handout with the inspiratory capacity (IC). (8 points)  Instead of forming a hypothesis this time: Calculate your expected vital capacity based on age and sex using one of the online calculators found the final slide. (2 points) (Be sure to cite the one you use.) Lab report – due 23 Nov 2017  Discuss your results. ❖ Compare your measured vital capacity to your expected vital capacity from the link provided. Are the measured and calculated VC values the same? What factors may lower measured vital capacity (e.g., smoking)? How might one increase one’s vital capacity? (7 points) ❖ What are some ways that the various lung diseases we talked about would affect lung volumes and capacities? You do not need to talk about every disease, instead talk about a couple of diseases and explain why they result in abnormal lung capacities. Use proper terminology for full credit (4 points) Lab report – due 23 Nov 2017  Be sure to use Standard Written English (2 points)  Be sure to cite your sources of information in proper APA format (2 points)!! Failure to cite will result in 0 points for the entire lab report. Online VC calculators and references Casio Computer Co. (2016). Vital capacity calculator - High accuracy calculation. Retrieved from http://keisan.casio.com/exec/system/1341376925 Mader, S. S. (2015). Laboratory 11: Homeostasis. In Human biology: Laboratory manual (14th ed., pp. 141-142). Boston, MA: McGrawHill, Higher Education. Thecalculator.co. (2016). Normal vital capacity calculator. Retrieved from http://www.thecalculator.co/health/Normal-Vital-CapacityCalculator-1101.html the breath This is and the tidal volume (TV) You can will enter the ones this is the inspiratory reserve volume era normal breath, this is the expiratory reserve volume a of that can be forcibly exhaled her forcibly inhaling Inspiratory total amount of that can be drawn into lungs er normal expiration. All of your should be recorded in terme). 3.500 Pon 4.500 Average Lung Volume(m) 3.600 2,900 2,400 velme 0 Vital Capacity (VC) Inspiratory Reserve inspiratory Volume VI Capacity (IC) Tidal Volume (TV) Expiratory Reserve Volume (CRV) 1 1 to 450 1" 1" 1 2500 350 3-50 2.75 10e 2.கல 20 100 GO Lor iboo 2 2 2000 2 3 30 3260 loo 750 3 2050 lge Average 4650 Average: Average: Average: verage: TRV - CTU TERVJ-VC ICSIRVE TV be sure Must Andino CONTE
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Running Head: Vital Capacity

Vital Capacity (VC)

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Vital Capacity

Vital Capacity (VC)
The attached document contains a data table.
Expected vital capacity= 3,245.7009.
There are four major factors that lower the measure vital capacity. They include obese, living in
low altitudes, smoking and genetically being short. Studies have indicated that VC increases
with increase in lung capacity. The attached document contains are table showing types of
diseases and how they affect the capacity and volume of lungs.

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Vital Capacity
References
Casio Computer Co. (2016). Vital capacity calculator - High accuracy calculation. Retrieved
from http://keisan.casio.com/exec/system/1341376925
Mottram, C., & Ruppel, G. (2013). Ruppel's manual of pulmonary function testing. Maryland
Hei...


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