I have scored 110 out of 120 in mathematics in JEE Main 2016.
I have secured AIR 6233 in JEE ADV. 2016.

Shivam Gupta

In this course, the educator is discussing 
 how to find the rate of change of one variable with respect to other.

IIT JEE 2020 and 2021 Main and Advanced exam preparation. Know about detailed syllabus, best books, exam pattern and dates. Cover previous year question papers and book solutions from great educators.

IIT JEE

JEE Main and Advanced Preparation

Hindi

(Hindi) IIT JEE: Methods of Differentiation

Differentiations

Calculus

Mathematics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

geometric meaning of derivative and first principle method is explained in detail in this lecture

The Geometric Meaning of Derivative (in Hindi)

Direct differentiation and chain rule are explained in detail in this lecture

Direct Differentiation and Chain Rule (in Hindi)

Differentiation using simplifications is explained in detail in this lecture.

Differentiation Using Simplification (in Hindi)

simplification using lpgarithmic functions is explained in detail in this lecture.

Simplifications Using Logarithmic Functions (in Hindi)

Differentiation of implicit function is explained in detail in this lecture

Differentiation of Implicit Functions (in Hindi)

differentiation of parametric functions, and differentiation of determinent are explained in detail with the help of some examples.

Differentiation of Parametric Function (in Hindi)

Differentiation of inverse of a function is explained in detail in this lecture.

Differentiation of Inverse of a Function (in Hindi)

Problems based of first principle of derivative are explained in detail with the help of examples

Problems Based on the First Principle of Derivative (in Hindi)

Some examples on method of differentiation are explained in detail in this lecture.

Some Examples of Differentiation (in Hindi)

A Game Changer in Mathematics, produced multiple 100 percentilers, Air 33 & 34 (Main 2024), his courses are the Benchmark for IIT JEE 

Vineet Loomba

This course details all the concepts involved in finding areas under curves. This is an application of definite integral wherein integration is used to calculate areas bound by various standard and non-standard curves. In this course we aim to cover all the concepts necessary for JEE Main and Advanced and Board exams. Once this course is finished, students will face no difficulty in solving any type of problem on Applications of Integrals

(Hindi) Area Under Curves (Applications of Integrals)

20+ years of Experience in Teaching Mathematics. Mentored 50,000+ students. Produced 100/100 score in Maths.


Vishal Mahajan

In this course, the educator discusses tricks to solve problems on Differentiation for IIT JEE

(Hindi) Differentiation Shortcut Tricks - IIT JEE

This course covers all concepts of method of differentiation namely derivative of standard functions, product rule, quotient rule, chain rule, inverse functions, logarithmic differentiation, implicit functions and advanced problems

(Hindi) Differentiation For JEE Main and Advanced

Mandhan Academy
4 crore views - Top maths teacher in India
Plus Code to get 
10% discount - MANDHAN

Akash Mandhan

This course contains basics of Differentiation and systematic approach to study. The course will be beneficial for IIT JEE and NEET Aspirants.

(Hindi) Differentiation Basics for IIT JEE

IIT Bombay | Taught AIR 1, 6, 20*in JEE Advanced | Taught AIR 28 (AIIMS Delhi) | Tutored INCHO AIR 60 | Mentored multiple 100 percentiles.

Sachin Rana

This course deals with Rolle's Theorem, LMVT, Maxima and Minima and much more with entire concepts and examples.

(Hindi) Application of Derivatives (Part II) - IIT JEE

In this course, the entire Limits chapter is discussed along with the most important questions and the concepts for IIT JEE aspirants

Lessons

9 lessons • 1h 39m

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The Geometric Meaning of Derivative (in Hindi)

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Direct Differentiation and Chain Rule (in Hindi)

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Differentiation Using Simplification (in Hindi)

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Simplifications Using Logarithmic Functions (in Hindi)

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Differentiation of Implicit Functions (in Hindi)

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Differentiation of Parametric Function (in Hindi)

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Differentiation of Inverse of a Function (in Hindi)

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Problems Based on the First Principle of Derivative (in Hindi)

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Some Examples of Differentiation (in Hindi)