Help with c & d not sure how to calculate it Post lab reportLab 6 (supplemental): Pressure of gas mixture in astraw- measuring the amount of gas removedName Wendy-TallezDr. feredeSection 4474.7.22a. Atmospheric pressure in mmHg150 mm Hgb. The height in mm H2O in the straw10 mm =cmC. The height in mm Hg in the straw(show your calculation below)d. % of gas in the straw(show your calculation below)13.6 cm3.4%.C.Show your calculation for c760-750 =10nm of Hg.ttg d= 10mmHg = Icm of Hyd. Show your calculation for dAssume the atmospheric pressure is 760 mm Hg (reasonable assumption if you are living in LA)

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Post lab report Lab 6 (supplemental): Pressure of gas mixture in a straw- measuring the amount of gas removed Name Nendy- Tallez Dr.ferede Section 447 4.7-22 a. Atmospheric pressure in mmHg 150mm Hg b. The height in mm H2O in the straw 10 mm =1cm C. The height in mm Hg in the straw (show your calculation below) d. % of gas in the straw (show your calculation below) 13.6 cm 3.4%. C. Show your calculation for c 40-750 =10mm of Hg = 10mm = Icm of Hyr d. Show your calculation for d

Post lab report Lab 6 (supplemental): Pressure of gas mixture in a straw- measuring the amount of gas removed Name Nendy- Tallez Dr.ferede Section 447 4.7-22 a. Atmospheric pressure in mmHg 150mm Hg b. The height in mm H2O in the straw 10 mm =1cm C. The height in mm Hg in the straw (show your calculation below) d. % of gas in the straw (show your calculation below) 13.6 cm 3.4%. C. Show your calculation for c 40-750 =10mm of Hg = 10mm = Icm of Hyr d. Show your calculation for d

Chemistry: An Atoms First Approach

2nd Edition

ISBN:9781305079243

Author:Steven S. Zumdahl, Susan A. Zumdahl

Publisher:Steven S. Zumdahl, Susan A. Zumdahl

Chapter8: Gases

Section: Chapter Questions

Problem 155CP: Methane (CH4) gas flows into a combustion chamber at a rate of 200. L/min at 1.50 atm and ambient...

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