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B. 17. Two fixed vertical cylindrical vessels are connected at their bottoms h a thin tube. One mole of gaseous nitrogen is confined in the vessa under pistons A and B that can slide in the vessels without friction. Bos the vessels have protrusions near their top on their inner surface to sto further upward motion of the pistons allowing a maximum height h = 1.0 m of columns of nitrogen gas in each of the vessels as shown in the figure. Outside the vessels is air at atmospheric pressure po = 105 Pa. In an experimental study pressure of the gas is measured over a wide range of temperature and a pressure (p)-temperature (T) graph is prepared. A portion of the graph is shown in the adjacent figure. Calculate masses and areas of the pistons. A:l00 kg,.olm2.75 K9,00S m2 hmax A p/(105 Pa) 3.0 2.5 2.0 240 300 450 540 T/K

B. 17. Two fixed vertical cylindrical vessels are connected at their bottoms h a thin tube. One mole of gaseous nitrogen is confined in the vessa under pistons A and B that can slide in the vessels without friction. Bos the vessels have protrusions near their top on their inner surface to sto further upward motion of the pistons allowing a maximum height h = 1.0 m of columns of nitrogen gas in each of the vessels as shown in the figure. Outside the vessels is air at atmospheric pressure po = 105 Pa. In an experimental study pressure of the gas is measured over a wide range of temperature and a pressure (p)-temperature (T) graph is prepared. A portion of the graph is shown in the adjacent figure. Calculate masses and areas of the pistons. A:l00 kg,.olm2.75 K9,00S m2 hmax A p/(105 Pa) 3.0 2.5 2.0 240 300 450 540 T/K

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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17. Two fixed vertical cylindrical vessels are connected at their bottoms by further upward motion of the pistons allowing a maximum height hmat the vessels have protrusions near their top on their inner surface to stop under pistons A and B that can slide in the vessels without friction. Both a thin tube. One mole of gaseous nitrogen is confined in the vessels B h. max under pistons A and B that can slide in the vessels without friction. Rot further upward motion of the pistons allowing a maximum height h. = 1.0 m of columns of nitrogen gas in each of the vessels as shown in the figure. Outside the vessels is air at atmospheric pressure po = 105 Pa. In an experimental study pressure of the gas is measured over a wide range of temperature and a pressure (p)-temperature (T) graph is prepared. A portion of the graph is shown in the adjacent figure. Calculate masses and areas of the pistons. A l00 kg,.olm :75 K9,0O Sm2 4 p/(105 Pa) 3.0 2.5 2.0 240 300 450 540 T/K 18 A bottle of canacity V. - 10 made of a non-stretchable but flexible
Transcribed Image Text:17. Two fixed vertical cylindrical vessels are connected at their bottoms by further upward motion of the pistons allowing a maximum height hmat the vessels have protrusions near their top on their inner surface to stop under pistons A and B that can slide in the vessels without friction. Both a thin tube. One mole of gaseous nitrogen is confined in the vessels B h. max under pistons A and B that can slide in the vessels without friction. Rot further upward motion of the pistons allowing a maximum height h. = 1.0 m of columns of nitrogen gas in each of the vessels as shown in the figure. Outside the vessels is air at atmospheric pressure po = 105 Pa. In an experimental study pressure of the gas is measured over a wide range of temperature and a pressure (p)-temperature (T) graph is prepared. A portion of the graph is shown in the adjacent figure. Calculate masses and areas of the pistons. A l00 kg,.olm :75 K9,0O Sm2 4 p/(105 Pa) 3.0 2.5 2.0 240 300 450 540 T/K 18 A bottle of canacity V. - 10 made of a non-stretchable but flexible
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