Q3S, Consider as a system the gas contained in the cylinder shown in Fig. which is fitted with a piston on which a number of smdll weight are placed. The initial pressure is 200 kPa and initial volume of the gas is 0.04 m’, Let a Bunsen burner be placed under the cylinder and let the volume of the gas increase to 0.1 m’. Calculate the work done, the heat transfer and the change of internal energy during the processes for ( Q4 ) . :’ Q5. Consider as a system the gas contained in the cylinder shown in Fig. which is fitted witha piston on which a number of small weight are placed. The initial pressure is 200 kPa andinitial volume of the gas is 0.04 m', Let a Bunsen burner be placed under the cylinder andlet the volume of the gas increase to 0.1 m'. Calculate the work done, the heat transfer andthe change of internal energy during the processes for ( Q4 ) .

Given, Initial pressure, P=200kPa Initial volume,V1=0.04m3 Final volume, V2=0.1m3 The work done is…

Consider as a system the gas contained in the cylinder shown in Fig. which is fitted with a piston on which a number of smdll weight are placed. The initial pressure is 200 kPa and initial volume of the gas is 0.04 m’, Let a Bunsen burner be placed under the cylinder and let the volume of the gas increase to 0.1 m’. Calculate the work done,

Consider as a system the gas contained in the cylinder shown in Fig. which is fitted with a piston on which a number of smdll weight are placed. The initial pressure is 200 kPa and initial volume of the gas is 0.04 m’, Let a Bunsen burner be placed under the cylinder and let the volume of the gas increase to 0.1 m’. Calculate the work done,