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2. Human beings take in about 550.0 liters (L) of oxygen, O2, each day by breathing. Use the Ideal gas to calculate the mass of oxygen a human consumes at a temperature of 25.0°C and atmospheric pressure of 0.9980 atm. Show all of the work for your calculation.

2. Human beings take in about 550.0 liters (L) of oxygen, O2, each day by breathing. Use the Ideal gas to calculate the mass of oxygen a human consumes at a temperature of 25.0°C and atmospheric pressure of 0.9980 atm. Show all of the work for your calculation.

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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sources. All work is shown for problem 2. 1. Watch the demonstration video linked below, in it I pour liquid nitrogen on a balloon filled with air at atmospheric pressure, which in West Seattle is probably about 1.00 atm. The liquid nitrogen poured on the balloon is at a temperature of 77 K (so really cold!). Explain the relationship between bressure and volume in your own words, please reference the demonstration as evidence (ie, an example) in your answer. Answers should be formatted in complete sentences. Femperature https://youtu.be/e0Lp9lKIe c 2. Human beings take in about 550.0 liters (L) of oxygen, O2, each day by breathing. Use the ideal gas law to calculate the mass of oxygen a human consumes at a temperature of 25.0°C and atmospheric pressure of 0.9980 atm. Show all of the work for your calculation. 3. For each of the molecules below list all intermolecular forces that exist in a pure sample of each molecule. After listing the IMFS identify the molecule that will have the lowest surface tension. In your own words explain why the molecule will have a relatively low surface tension.
Transcribed Image Text:sources. All work is shown for problem 2. 1. Watch the demonstration video linked below, in it I pour liquid nitrogen on a balloon filled with air at atmospheric pressure, which in West Seattle is probably about 1.00 atm. The liquid nitrogen poured on the balloon is at a temperature of 77 K (so really cold!). Explain the relationship between bressure and volume in your own words, please reference the demonstration as evidence (ie, an example) in your answer. Answers should be formatted in complete sentences. Femperature https://youtu.be/e0Lp9lKIe c 2. Human beings take in about 550.0 liters (L) of oxygen, O2, each day by breathing. Use the ideal gas law to calculate the mass of oxygen a human consumes at a temperature of 25.0°C and atmospheric pressure of 0.9980 atm. Show all of the work for your calculation. 3. For each of the molecules below list all intermolecular forces that exist in a pure sample of each molecule. After listing the IMFS identify the molecule that will have the lowest surface tension. In your own words explain why the molecule will have a relatively low surface tension.
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