Tut. on Ch.1 (Part 1)

Tut. on Ch.1 (Part 2)

Tut. on Ch.1 (Part 3)

Tut. on Ch.1 (Part 4)

Tut. on Ch.1 (Part 5)

Tut. on Ch.1 (Part 6)

Tut. on Ch.2

Ch.3 : Ch.5 - Rate Laws, Stoichiometry, Isothermal Reactor Design: Conversion

Tut. on Ch.3 (Part 1)

Tut. on Ch.3 (Part 2)

Tut. on Ch.3 (Part 3)

Tut. on Ch.3 (Part 4)

Tut. on Ch.3 (Part 5)

Tut. on Ch.3 (Part 6)

Tut. on Ch.4 (Part 1)

Tut. on Ch.4 (Part 2)

Tut. on Ch.4 (Part 3)

Ch.5 (Last Section) : Ch.7 - Pressure Drop in Reactors, Isothermal Reactor Design: Moles and Molar Flow, Collection Analysis of Rate Data

Tut. on Ch.6

Tut. on Ch.7

Ch. 8 - Multiple Reactions

Tut. on Ch.8

Ch.9 - Reaction Mechnism, Pathways, Bioreaction, and Bioreactors

10.1 - Catalysts

10.2 - Steps in a Catalytic Reaction (Part 1)

10.2 - Steps in a Catalytic Reaction (Part 2)

10.3 - Synthesizing a Rate Law, Mechanism, and Rate-Limiting Step

10.4 - Heterogeneous Data Analysis for Reactor Design

10.7 - Catalyst Deactivation

11.1 : 11.6 - Rationale, The Energy Balance, The User-Friendly Energy Balance Equations, Adiabatic Operation, Adiabatic Equilibrium Conversion, Reactor Staging, Optimum Feed Temperature

11.7 - Optimum Feed Temperature

Ch.12 - Steady-State Nonisothermal Reactor Design - Flow Reactors with Heat Exchange

Tut. on Ch.12

Numerical Integration