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The following equation of Van Der Walls Find value of volume v where: p=1 atm, T= 300°K, R=0.082054 atm/mole. K, a=3, b=0.04267, take start point v, = 24 correct to 4D places. use bisection method (v – b) = RT

The following equation of Van Der Walls Find value of volume v where: p=1 atm, T= 300°K, R=0.082054 atm/mole. K, a=3, b=0.04267, take start point v, = 24 correct to 4D places. use bisection method (v – b) = RT

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The following equation of Van Der Walls Find value of volume v where: p=1 atm, T= 300°K, R=0.082054 atm/mole.°K, a= 3, b=0.04267, take start point v, = 24 correct to 4D places. use bisection method a (p+) (v- b) = RT
Transcribed Image Text:The following equation of Van Der Walls Find value of volume v where: p=1 atm, T= 300°K, R=0.082054 atm/mole.°K, a= 3, b=0.04267, take start point v, = 24 correct to 4D places. use bisection method a (p+) (v- b) = RT
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