Hot air balloons are often seen in early morning or right before the end of the day when it is cooler outside. This allows for the greatest difference in density between the hot air in the balloon and the outside air, and thus allows for the balloon to float more easily. If the outside air is 3 C, and the air inside of a hot air balloon is 50vC, calculate the densities of the air inside the balloon and outside the balloon. The air pressure is 102.0 kPa for both the balloon and the air. How many times more dense is the outside air than the air inside the balloon? Assume that the air in the balloon and in the air outside is made of nitrogen gas (N2).
Hot air balloons are often seen in early morning or right before the end of the day when it is cooler outside. This allows for the greatest difference in density between the hot air in the balloon and the outside air, and thus allows for the balloon to float more easily. If the outside air is 3 C, and the air inside of a hot air balloon is 50vC, calculate the densities of the air inside the balloon and outside the balloon. The air pressure is 102.0 kPa for both the balloon and the air. How many times more dense is the outside air than the air inside the balloon? Assume that the air in the balloon and in the air outside is made of nitrogen gas (N2).
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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Hot air balloons are often seen in early morning or right before the end of the day when it is cooler outside. This allows for the greatest difference in density between the hot air in the balloon and the outside air, and thus allows for the balloon to float more easily. If the outside air is 3 C, and the air inside of a hot air balloon is 50vC, calculate the densities of the air inside the balloon and outside the balloon. The air pressure is 102.0 kPa for both the balloon and the air. How many times more dense is the outside air than the air inside the balloon? Assume that the air in the balloon and in the air outside is made of nitrogen gas (N2).
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