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You have 3.50L of NO at a temperature of 120.°C. What volume would the NO occupy at 37°C? (Assume the pressure is constant)

You have 3.50L of NO at a temperature of 120.°C. What volume would the NO occupy at 37°C? (Assume the pressure is constant)

Chemistry
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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EEL 20 X A 30 YerX I E&EL X U.S.I X TE&EL X US: X +EGEL X O us Inf x A app.teachermade.com/fill/e5b84085-60dd-40a5-9253-aeb1d96b5eff Middletown Bookmarks FreeCollegeSchedul. FreeCollegeSchedul. FreeCollegeSchedul.. FreeCollegeSchedul.. T T 14 ve for Later I'm Done Gas Laws Quest Answer all the questions below. Show your work to receive full credit. Be sure to include units. 1. I have an unknown volume of gas at a pressure of 0.50 atm and a temperature of 325K. If I raise the pressure to 1.2 atm, decreases the temperature to 320 K, and measure the final volume to be 48 liters, what was the initial volume? 84.5 L 2. You have 3.50L of NO at a temperature of 120.°C. What volume would the NO occupy at 37°C? (Assume the pressure is constant) 3. Assume that a bicycle tire containing air will burst if its internal pressure reaches 7.25 atm. If the tire was initially filled at 25.0°C at a pressure of 3.50 atm, to what temperature, in degrees Celsius, does the air in the tire need to be heated to cause a blowout? ap
Transcribed Image Text:EEL 20 X A 30 YerX I E&EL X U.S.I X TE&EL X US: X +EGEL X O us Inf x A app.teachermade.com/fill/e5b84085-60dd-40a5-9253-aeb1d96b5eff Middletown Bookmarks FreeCollegeSchedul. FreeCollegeSchedul. FreeCollegeSchedul.. FreeCollegeSchedul.. T T 14 ve for Later I'm Done Gas Laws Quest Answer all the questions below. Show your work to receive full credit. Be sure to include units. 1. I have an unknown volume of gas at a pressure of 0.50 atm and a temperature of 325K. If I raise the pressure to 1.2 atm, decreases the temperature to 320 K, and measure the final volume to be 48 liters, what was the initial volume? 84.5 L 2. You have 3.50L of NO at a temperature of 120.°C. What volume would the NO occupy at 37°C? (Assume the pressure is constant) 3. Assume that a bicycle tire containing air will burst if its internal pressure reaches 7.25 atm. If the tire was initially filled at 25.0°C at a pressure of 3.50 atm, to what temperature, in degrees Celsius, does the air in the tire need to be heated to cause a blowout? ap
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