Answer is also mentioned in picture containing the question. Kindly check the answer before submitting The solution. 17. Two fixed vertical cylindrical vessels are connected at their bottoms byfurther upward motion of the pistons allowing a maximum height hmatthe vessels have protrusions near their top on their inner surface to stopunder pistons A and B that can slide in the vessels without friction. Botha thin tube. One mole of gaseous nitrogen is confined in the vesselsBh.maxunder pistons A and B that can slide in the vessels without friction. Rotfurther 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 thefigure. Outside the vessels is air at atmospheric pressure po = 105 Pa. Inan experimental study pressure of the gas is measured over a wide rangeof temperature and a pressure (p)-temperature (T) graph is prepared. Aportion of the graph is shown in the adjacent figure. Calculate massesand areas of the pistons. A l00 kg,.olm :75 K9,0O Sm24 p/(105 Pa)3.02.52.0240 300450540T/K18 A bottle of canacity V. - 10made of a non-stretchable but flexible

Given. Height of vessels is 1m Area of both vessels is A1 and A2 (say) Mass of both pistons is m1…

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

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter13: Temperature, Kinetic Theory, And The Gas Laws

Section: Chapter Questions

Problem 34PE: A high—pressure gas cylinder contains 50.13L of toxic gas at a pressure of 1.40107N/m2 and a...

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