Все публикации

1:21:25

'Binomial Theorem' Revision Through Questions of JEE Mains 2023 PYQ Part-1

0:14:39

'TAGDA SAWAAL' for JEE Mains and Advanced based on Permutations and Combinations

0:38:55

Permutations and Combinations for JEE, Lecture 6 'Formation of Subsets and Circular Permutations'

1:06:11

Permutations and Combinations for JEE, Lecture 5 'Geometrical Problems & Theory of Divisors '

1:14:02

Permutations and Combinations for JEE, Lecture 4 'Combinations '

1:13:48

Permutations and Combinations for JEE, Lecture 3 'Permutations '

0:32:49

Permutations and Combinations for JEE, Lecture 2 'Exponent of Prime p in n!'

1:26:28

Permutations and Combinations for JEE, Lecture 1 'Fundamental Principle of Counting ' 'ZERO to HERO'

0:09:16

Proof for Euler's Form ' e^ix = cosx + isinx '

0:04:19

'TAGDA SAWAAL' for JEE Mains and Advanced based on Sequence series and Quadratic equations

0:09:19

'TAGDA SAWAAL' for JEE Mains and Advanced based on Trigonometric Functions & Indefinite Integration

0:10:58

'TAGDA SAWAAL' for JEE Mains and Advanced based on Functional Equation and integration

0:09:54

'TAGDA SAWAAL' for JEE Mains and Advanced based on Logarithm and Quadratic Equation

0:06:11

Important Practice Problem for JEE Mains based on Invertible Functions and Differentiation

0:09:16

Important Practice Problem based on Algebra, Differentiability and Continuity.

0:21:20

'TAGDA SAWAAL' for JEE Mains and Advanced based on Limits, GIF, Continuity and Differentiability

0:10:58

Best Proof for Theorem '[x] + [x+1/n] + [x + 2/n] + .......+ [x + (n-1)/n] = [nx]'

0:07:16

Important Practice Problem based on Roots of Polynomial,Logarithmic Differentiation&Complex Numbers

0:03:12

Important Practice Problem based on Relation between Roots of Quadratic Equation

0:08:38

Important Practice Problem based on Relation between Roots of Cubic Equations

0:05:45

Important Practice Problem based on range of Functions and Quadratic Inequality

0:11:34

Important Practice Problem based on Discriminant of Quadratic and AM-GM Inequality

0:10:35

Important Practice Problem based on Range of Fractional part function and Quadratic Inequations

0:09:02

'TAGDA SAWAAL' for JEE Mains and Advanced based on Maximum value of a Function using AM-GM