In the figure below a piston Is free to move and will not exdt the cylinder. Initially the cylinder contalns 2kg of air at 1.Sbar and 25°C Heat is transferred to the air and the piston riscs until it reaches the blocks, at which point the volume is twice the initial volume. More hent is added until the pressure inside the cylinder also doubles. Determine the work done and il. the amount of heat transfer for this process iii. Also show the process on a P-v diagram. Set of blocks Frictionless and sealed Piston Air at 1.5 bar Heat Figure O3a

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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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In the figure below a piston Is free to move and will not exit the cylinder. Initially the
cylinder contalns 2kg of air at 1.Sbar and 25°C
Heat is transferred to the air and the piston rises until it renches the blocks, at which
point the volume is twice the initlal volume. More heat is added until the pressure
inside the cylinder also doubles. Determine
1.
the work done and
the amount of heat transfer for this process.
i.
Also show the process on a P-v diagram.
Set of blocks
Frictionless and sealed Pistori
Air at 1.5 bar
Heat
Pாயாe OM
Figure OSa
Transcribed Image Text:In the figure below a piston Is free to move and will not exit the cylinder. Initially the cylinder contalns 2kg of air at 1.Sbar and 25°C Heat is transferred to the air and the piston rises until it renches the blocks, at which point the volume is twice the initlal volume. More heat is added until the pressure inside the cylinder also doubles. Determine 1. the work done and the amount of heat transfer for this process. i. Also show the process on a P-v diagram. Set of blocks Frictionless and sealed Pistori Air at 1.5 bar Heat Pாயாe OM Figure OSa
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