Akaramos45
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. Consider a pump that is required to compress air in a factory. The cylinder in the pump has an inner
diameter of 2.00 cm and length 60.0 cm. Air is drawn into the pump at atmospheric pressure and
18 degrees celsius and the pump adiabatically compresses the air to a pressure of 17 atmospheres.(a) Calculate the volume and temperature of the compressed air.
(b) What is the increase in internal energy of the gas during the compression?
(c) Suppose that the air in the pump is compressed once and the compressed air and the steel of
the cylinder on the pump the come into thermal equilibrium. If the cylinder is 1.00 mm thick,
what will be the increase in temperature of the steel after one compression?
How should i go about solving this question?
I don't fully understand thermodynamics.
I would love it if you just gave me a worked example. I find it easier to understand since my English is not very good.
diameter of 2.00 cm and length 60.0 cm. Air is drawn into the pump at atmospheric pressure and
18 degrees celsius and the pump adiabatically compresses the air to a pressure of 17 atmospheres.(a) Calculate the volume and temperature of the compressed air.
(b) What is the increase in internal energy of the gas during the compression?
(c) Suppose that the air in the pump is compressed once and the compressed air and the steel of
the cylinder on the pump the come into thermal equilibrium. If the cylinder is 1.00 mm thick,
what will be the increase in temperature of the steel after one compression?
How should i go about solving this question?
I don't fully understand thermodynamics.
I would love it if you just gave me a worked example. I find it easier to understand since my English is not very good.
