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The first-order, ireversible reaction (AB) takes place in a 63 cm radi phal catalyst pellet at 7-450 K. At 0.7 atm partial pressure of A, the pella rate is -2.5 x 10 molig s). Determine the production rate at the same 0.15 cm radius spherical pellet. The pellet density is -8.85 gim. The offictive diffusivity of A in the pellet is D-0.007 cm

The first-order, ireversible reaction (AB) takes place in a 63 cm radi phal catalyst pellet at 7-450 K. At 0.7 atm partial pressure of A, the pella rate is -2.5 x 10 molig s). Determine the production rate at the same 0.15 cm radius spherical pellet. The pellet density is -8.85 gim. The offictive diffusivity of A in the pellet is D-0.007 cm

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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The first-order, irreversible reaction (AB) takes place in a 0.3 cm radim penal catalyst pellet at 7-450 K. At 0.7 atm partial pressure of A, the p rate is -2.5x 10 mol (gs). Determine the production rate at the 0.15 cm radius spherical pellet. The pellet density is -0.85 diffusivity of A in the pellet is D-0.007 cm Hint: The first-order, irreversible reaction (A > B) takes place in a 0.3 cm radius spherical catalyst pellet at T-450 K. At 0.7 atm partial pressure of A, the pellet's production rate is -2.5 x 105 mol/(g s). Determine the production raté at the same temperature in a 0.15 cm radius spherical pellet. The pellet density is p.- 0.85 g/em'. The effective diffusivity of A in the pellet is Da 0.007 cm'/s Show transcribed image text The first-order, irreversible reaction (A > B) takes place in a 0.3 cm radius spherical catalyst pellet at T-450 K. At 0.7 atm partial pressure of A, the pellet's production rate is -2.5 x 105 mol/(gs). Determine the production raté at the same temperature in a 0.15 cm radius spherical pellet. The pellet density is p.- 0.85 g/em'. The effective diffusivity of A in the pellet is Da 0.007 cm'/s
Transcribed Image Text:The first-order, irreversible reaction (AB) takes place in a 0.3 cm radim penal catalyst pellet at 7-450 K. At 0.7 atm partial pressure of A, the p rate is -2.5x 10 mol (gs). Determine the production rate at the 0.15 cm radius spherical pellet. The pellet density is -0.85 diffusivity of A in the pellet is D-0.007 cm Hint: The first-order, irreversible reaction (A > B) takes place in a 0.3 cm radius spherical catalyst pellet at T-450 K. At 0.7 atm partial pressure of A, the pellet's production rate is -2.5 x 105 mol/(g s). Determine the production raté at the same temperature in a 0.15 cm radius spherical pellet. The pellet density is p.- 0.85 g/em'. The effective diffusivity of A in the pellet is Da 0.007 cm'/s Show transcribed image text The first-order, irreversible reaction (A > B) takes place in a 0.3 cm radius spherical catalyst pellet at T-450 K. At 0.7 atm partial pressure of A, the pellet's production rate is -2.5 x 105 mol/(gs). Determine the production raté at the same temperature in a 0.15 cm radius spherical pellet. The pellet density is p.- 0.85 g/em'. The effective diffusivity of A in the pellet is Da 0.007 cm'/s
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