Determination of the Atmospheric Pressure1. The atmospheric pressure on a spring day in Minnesota was found to be 762 mm Hg.a. What would the pressure be in cmm H₂O?762mmKhi ha10 mmHg•Hg..13.57cm1 cm HaH₂0= 1,034.034h. About how many meters of water would it take to exert that pressure?1.03x/0³P=mt + bwhere m is the slope of the line and b is a constant.a. What is the slope of the lime? (Find the change in P divided by the change in 1.)cmm H₂O2. In this experiment a student found that when she increased the temperature of a 544 mL sample of airfrom 22.8°C to 33.6°C, the pressure of the air went from 1012 cm H₂O up to 1049 cm H₂O. Since the airexpands linearly with temperature, the equation relating P to t is of the form:b. Find the value of b. (Substitute known values of P and into Equation 9 and solve for b.)H₂Ocm H₂O/°Ccm H₂O(continued on following page)

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1. The atmospheric pressure on a spring day im Minnesota was found to be 762 mm Hg. a. What would the pressure be im cmm H₂O? 762 mmHg.. 1cm Hg 13.57cm H ₂0 10 mmHg 1 cm Ha I . = 1,034.034 h. About how many meters of water would it take to exert that pressure? 1.03x/0³ cmm H₂O mH₂O

1. The atmospheric pressure on a spring day im Minnesota was found to be 762 mm Hg. a. What would the pressure be im cmm H₂O? 762 mmHg.. 1cm Hg 13.57cm H ₂0 10 mmHg 1 cm Ha I . = 1,034.034 h. About how many meters of water would it take to exert that pressure? 1.03x/0³ cmm H₂O mH₂O

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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