MT-Class-1-Video
Completion requirements
- 00:00 Introduction
- 2:36 Problem-1: Molar Flux Equal to Diffusive Flux - Detailed Explanation
- 7:45 Problem-2: Diffusion of NH3 through Stagnant Air - Detailed Explanation
- 9:47 Problem-3: Relation between Molar Fluxes of Reactive Systems - Detailed Explanation
- 14:03 Problem-4: Diffusion of SO2 through Stagnant Air film - Detailed Explanation
- 19:23 Problem-5: Diffusivity from Equilibrium Counter Diffusion Data - Detailed Explanation
- 20:44 Problem-6: Comparison between Two Types of Diffusion - Detailed Explanation
- 21:44 Problem-7: Rate of Diffusion of Solute into Spherical Droplets - Detailed Explanation
- 27:16 Problem-8: Controlling Resistance from Interfacial Mass Transfer Coefficients - Detailed Explanation
- 32:53 Problem-9: Relative Resistance from Concentration Difference - Detailed Explanation
- 39:40 Problem-10: Gas Film Thickness from Diffusion Rate & Interface Concentration - Detailed Explanation
- 43:05 Problem-11: Molar Flux and Interfacial Concentration - Detailed Explanation
- 47:26 Problem-12: Time for Complete Sublimation - Detailed Explanation
- 51:12 Problem-13: Rate of Dissolution from Mass Transfer Coefficient - Detailed Explanation
Last modified: Monday, 7 July 2025, 2:59 PM