29. For the reaction, 2CO + O2 = 2 CO : delta H = 560 kJ. Two moles of CO and one mole of O2 are taken in a container of volume 1L. They completely form two moles of CO2, the gases deviate appreciately from ideal behaviour. If the pressure in the vessel changes from 70 to 40 atm, find the magneitude (absolute value) of delta U at 500 K (1 L atm= 0.1 kJ). 1. 563 2. 575 3. 585 4. 595

29. For the reaction, 2CO + O2 = 2 CO : delta H = 560 kJ. Two moles of

1.	29. For the reaction, 2CO + O2 = 2 CO : delta H = 560 kJ. Two moles of CO and one mole of O2 are taken in a container of volume 1L. They completely form two moles of CO2, the gases deviate appreciately from ideal behaviour. If the pressure in the vessel changes from 70 to 40 atm, find the magneitude (absolute value) of delta U at 500 K (1 L atm= 0.1 kJ). 1. 563 2. 575 3. 585 4. 595
Answer» 29. For the reaction, 2CO + O2 = 2 CO : delta H = 560 kJ. Two moles of CO and one mole of O2 are taken in a container of volume 1L. They completely form two moles of CO2, the gases deviate appreciately from ideal behaviour. If the pressure in the vessel changes from 70 to 40 atm, find the magneitude (absolute value) of delta U at 500 K (1 L atm= 0.1 kJ). 1. 563 2. 575 3. 585 4. 595