(20pts) At T=25 deg C,1000cm^(3) of nitrogen (N_(2)) at pressure P_(1)=1 atm is mixed with 2000cm^(3) of oxygen (O_(2)) at pressure P_(2)=2atm. The volume of the mixture is then changed such that the temperature and pressure in the final state are T=25 deg C and P=1atm, respectively. Please calculate the change of entropy associated with this two-s

Question

(20pts) At T=25 deg C,1000cm^(3) of nitrogen (N_(2)) at pressure P_(1)=1 atm is mixed with 2000cm^(3) of oxygen (O_(2)) at pressure P_(2)=2atm. The volume of the mixture is then changed such that the temperature and pressure in the final state are T=25 deg C and P=1atm, respectively. Please calculate the change of entropy associated with this two-step process if both nitrogen and oxygen behavior as ideal gas. (the gas constant R=0.082 liter *at(m)/() degree * mole =8.314 joule / degree * mole

Accepted Answer

Expert Answer to - (20pts) At T=25 deg C,1000cm^(3) of nitrogen (N_(2)) at pressure P_(1)=1 atm is mixed with 2000cm^(3

Answer

Solution for - (20pts) At T=25 deg C,1000cm^(3) of nitrogen (N_(2)) at pressure P_(1)=1 atm is mixed with 2000cm^(3

Answer

This an additional answer to - (20pts) At T=25 deg C,1000cm^(3) of nitrogen (N_(2)) at pressure P_(1)=1 atm is mixed with 2000cm^(3

(Solved): (20pts) At T=25\deg C,1000cm^(3) of nitrogen (N_(2)) at pressure P_(1)=1 atm is mixed with 2000cm^(3 ...

View Expert Answer

Expert Answer

Buy This Answer $5

Place Order

We Provide Services Across The Globe