HA (273K)= -15000cal/mol k = 0,01dm³/mols (310K) HB (273K)=-20000cal/mol E=10000cal/mol -TA-KCA R=1,987cal/molK CPA CPB CPinert=15cal/molk A → B first order liquid phase reaction takes place adiabatically in a piston flow reactor (PAR). The temperature of the supply current is 310K. The feed stream consists of 75% A and 25% inert material by mole. The molar flow rate of A is 3mol/s and its concentration is 0.1mol/dm3. Calculate the PAR volume for 75% conversion
HA (273K)= -15000cal/mol k = 0,01dm³/mols (310K) HB (273K)=-20000cal/mol E=10000cal/mol -TA-KCA R=1,987cal/molK CPA CPB CPinert=15cal/molk A → B first order liquid phase reaction takes place adiabatically in a piston flow reactor (PAR). The temperature of the supply current is 310K. The feed stream consists of 75% A and 25% inert material by mole. The molar flow rate of A is 3mol/s and its concentration is 0.1mol/dm3. Calculate the PAR volume for 75% conversion
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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PAR =PFR
![HA (273K)= -15000cal/mol
k = 0,01dm³/mols (310K)
HB (273K)=-20000cal/mol
E=10000cal/mol -TA-KCA R=1,987cal/molK
CPA CPB CPinert=15cal/molk
A → B first order liquid phase reaction takes place adiabatically in a piston flow reactor (PAR). The temperature of the supply
current is 310K. The feed stream consists of 75% A and 25% inert material by mole. The molar flow rate of A is 3mol/s and its
concentration is 0.1mol/dm3. Calculate the PAR volume for 75% conversion](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe93922bd-0616-4286-8127-9e06313f2acd%2F38e8bd40-57fc-4abc-a525-01e944d86565%2Frrxmogw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:HA (273K)= -15000cal/mol
k = 0,01dm³/mols (310K)
HB (273K)=-20000cal/mol
E=10000cal/mol -TA-KCA R=1,987cal/molK
CPA CPB CPinert=15cal/molk
A → B first order liquid phase reaction takes place adiabatically in a piston flow reactor (PAR). The temperature of the supply
current is 310K. The feed stream consists of 75% A and 25% inert material by mole. The molar flow rate of A is 3mol/s and its
concentration is 0.1mol/dm3. Calculate the PAR volume for 75% conversion
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