Chemical Engineering > GATE 2011 > Catalysis
Consider an irreversible, solid catalysed, liquid phase first order reaction. The diffusion and the reaction resistances are comparable. The overall rate constant (ko) is related to the overall mass transfer coefficient (km) and the reaction rate constant (k) as
A
ko=(kkm)/(k+km)
B
ko=(k+km)/(kkm)
C
ko=(k+km)/2
D
ko=k+km

Explanation

Correct : a

Similar Questions

What is the worst-case time complexity of insertion in an AVL tree?
Question #23 Medium
Which operations on a binary search tree have O(h) complexity?
Question #31 Easy
Compare search complexities of sorted array vs balanced BST.
Question #47 Hard

Related Topics

Data Structures Binary Search Tree Time Complexity Algorithm Analysis Tree Algorithms Computer Science