I am an M.Tech student of NIT TRICHY. I have done B.Tech in Chemical Engineering.GATE 2018 rank 704.

Vidhi Shah

This is a short course describing the various cases in . It is a subset of Ideal Reactors Quantitative Analysis of Series Reaction.
It talks about important formulae for Gate Chemical reaction engineering preparation.
Enroll today

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

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English

Quantitative Analysis of Series Reaction -Ideal Reactors -Gate(Chemical)

Classification of Reactions

Chemical Reaction Engineering

Chemical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Strategy to prepare Quantitative analysis of series reaction for GATE CHEMICAL ENGINEERING

Strategy and Overview

Derivation and discussion on series reaction in PFR for a 1st order reaction Followed by a 1st order reaction for GATE CHEMICAL ENGINEERING.
Final formula for maximum time and maximum concentration of intermediate product.

Case 1a. 1st order Reaction Followed by 1st Order Reaction in PFR

Derivation of maximum concentration and time for quantitative analysis of series reactions in the case of 1st order reaction followed by 0th order

Case 1b: 1st order Reaction Followed by 0th Order Reaction in PFR

Simple explanation of 0th order reaction Followed by 1st order reaction in a PFR for GATE CHEMICAL ENGINEERING

Case 1c: 0th Order Reaction Followed by 1st Order Reaction in a PFR

Series Reaction in a CSTR for 1st order followed by 1st order.

Case 2a: 1st Order Reaction Followed by 1st Order Reaction in CSTR

Quantitative analysis of First order reaction followed by zero order reaction in CSTR. For GATE chemical engineering

Case 2b: First order reavtion followed by zero order reaction

A Chemical Engineering student who wants to excel in this field through hardwork, research, skills and perseverance.

Jeya Bharath M

The course features the topics which are to be covered for GATE examination for Chemical Engineering under the portion of Chemical Reaction Engineering. Chemical Reaction Engineering includes Theories of reaction rates, kinetics of homogeneous reactions, interpretation of kinetic data , single and multiple reactions in ideal and non ideal reactors.

(Tamil) Chemical Reaction Engineering

Research Scholar @IIT Delhi | M.Tech@NIT Tiruchirappalli-Process Control & Instrumentation | and B.Tech in Chemical Engineering

Vipin Kumar Shukla

This course is about theories of reaction rates,homogeneous reaction kinetics, interpretation of data,ideal and non ideal reactors,RTD,heterogeneous reaction.

(Hindi) GATE (Chemical): Chemical Reaction Engineering

Pursuing Masters in Engineering from BITS Pilani with a strong desire to be an educator. GATE qualified.

Akshya Khandelwal

This this course We will learn how explanation to laboratory chemical reactions are done on a commercial scale. several numerical's will be discussed along with physical understanding

(Hindi) Basics Of Reaction Engineering For GATE

Qualitative and Quantitative discussion on multiple reaction and how to choose a right kind on reactor

(Hindi) Chemical Reaction Engineering- All about Multiple Reactions

Use Referral Code- umang.goswami53 to get 10% discount on Unacademy Plus.
M.E.- Chemical Engineering
BITS Pilani


Umang Goswami

In this course, the problems from the topics such as interpretation of batch reactor data, reactor design, Arrangement of reactors and heterogeneous catalysis will be covered which will be useful for the preparation of different exams.

(Hindi) Problems on Chemical Reaction Engineering- (GATE Chemical)

This course deals with concepts of catalytic reactions, Pore diffusion, Reactor performance equation, Controlling resistance, Surface Reactions for GATE chemical reaction engineering.

Lessons

6 lessons • 1h 1m

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Strategy and Overview

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Case 1a. 1st order Reaction Followed by 1st Order Reaction in PFR

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Case 1b: 1st order Reaction Followed by 0th Order Reaction in PFR

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Case 1c: 0th Order Reaction Followed by 1st Order Reaction in a PFR

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Case 2a: 1st Order Reaction Followed by 1st Order Reaction in CSTR

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Case 2b: First order reavtion followed by zero order reaction