While sitting on a hot 98 °C runway, some of the fuel in a plane's fuel tank evaporates and produces a pressure of 2.207 atm. Once the plane takes off and is flying at 36,000 ft, the fuel tank cools to -71 °C. What is the new pressure within the air tank if we assume to volume remains constant? (Note: R = 0.0821 Latm/mol K or 8.31 L kPa/mol K) Show all your work! %3D

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Chapter1: Units, Trigonometry. And Vectors
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While sitting on a hot 98 °C runway, some of the fuel in a plane's fuel tank evaporates and
produces a pressure of 2.207 atm. Once the plane takes off and is flying at 36,000 ft, the fuel tank
cools to -71 °C. What is the new pressure within the air tank if we assume to volume remains
constant? (Note: R = 0.0821 Latm/.
(mol K or 8.31 L KPa/mol K) Show all your work!
Round your answer to the tenth's (0.1) place.
Transcribed Image Text:While sitting on a hot 98 °C runway, some of the fuel in a plane's fuel tank evaporates and produces a pressure of 2.207 atm. Once the plane takes off and is flying at 36,000 ft, the fuel tank cools to -71 °C. What is the new pressure within the air tank if we assume to volume remains constant? (Note: R = 0.0821 Latm/. (mol K or 8.31 L KPa/mol K) Show all your work! Round your answer to the tenth's (0.1) place.
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