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MODULE 3 UNIT 3Assignment Part DThis assignment is to be sent to your instructor for evaluation.1.Calculate the final volume. (12 points)a) A volume of 3.55 L of oxygen at 25 °C and 95 kPa is brought back to normal conditions (STP).b) A volume of 2.0 x 102mL of air at reference conditions is brought to -10°C and 150 kPa.c) A volume of 9 x 104L of gas at 100 kPa and 20 °C is placed in a pressurized container at 1.5 x 103kPa and 0 °C.273K P2=1.5*10^3 or 1500K V2=9000L*100Pa/1500kPa*293K=643.956 or 6.44*10^2LThe final volume would be 6.44*10^2L2.An underground reservoir contains natural gas at a pressure of 425 kPa and a temperature of 15 °C. If the volume of the reservoir is 1.3 x 104kL, what volume would the gas occupy if it were to be freed into the air on a day when the temperature is 35 °C and the pressure is 104 kPa? (4 points)P1=425kPa T1=288K V1=1.3*10^4kL = 13000kL*425kPa/104kPa*288/308K=49675.32 or 4.96 or 5*10^4KLThe gas would occupy 5*10^4kL it if were to be freed into the air that daySubmission InstructionsSubmit your assignment using the drop box on the Assignment page for this unit.