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Nitrogen gas with a mass of m = 0.042kg is located under the piston in a cylindrical container at a temperature of T1=270K. Average speed of molecules a) By keeping the volume of the container constant b) By keeping the pressure of the gas constant doubled. How much heat should be given to the gas during these processes? 5 The molar heat capacity of nitrogen at a fixed volume is Cy=-R 2 R = 8,3 1.J /(mol · K).

Nitrogen gas with a mass of m = 0.042kg is located under the piston in a cylindrical container at a temperature of T1=270K. Average speed of molecules a) By keeping the volume of the container constant b) By keeping the pressure of the gas constant doubled. How much heat should be given to the gas during these processes? 5 The molar heat capacity of nitrogen at a fixed volume is Cy=-R 2 R = 8,3 1.J /(mol · K).

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Nitrogen gas with a mass of m = 0.042kg is located under the piston in a cylindrical container at a temperature of T1=270K. Average speed of molecules a) By keeping the volume of the container constant b) By keeping the pressure of the gas constant doubled. How much heat should be given to the gas during these processes? The molar heat capacity of nitrogen at a fixed volume is Cy=-R 2 R = 8,3 1.J /(mol · K).
Transcribed Image Text:Nitrogen gas with a mass of m = 0.042kg is located under the piston in a cylindrical container at a temperature of T1=270K. Average speed of molecules a) By keeping the volume of the container constant b) By keeping the pressure of the gas constant doubled. How much heat should be given to the gas during these processes? The molar heat capacity of nitrogen at a fixed volume is Cy=-R 2 R = 8,3 1.J /(mol · K).
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