Канал: Uttkarsh Kohli - Math Channel

Integral of x^2 in a different way! (BlackpenRedpen contest)

Integral of x^2 in a different way! (BlackpenRedpen contest)

Increasing and Decreasing Functions using Calculus - Application of Derivatives.

Increasing and Decreasing Functions using Calculus - Application of Derivatives.

Proof for Integration By Parts || Integration By Parts Formula and Examples. #integration

Proof for Integration By Parts || Integration By Parts Formula and Examples. #integration

Integral of The Greatest Integer Function [x] ...HOW? #integration

Integral of The Greatest Integer Function [x] ...HOW? #integration

Integration of Odd and Even functions || Symmetry in Integrals.

Integration of Odd and Even functions || Symmetry in Integrals.

What is dx? This is Why Integrals Always have 'dx'.

What is dx? This is Why Integrals Always have 'dx'.

'+C' The Constant of Integration... WHY? #integration

'+C' The Constant of Integration... WHY? #integration

Trigonometric Integrals with Formulas and Examples #Integration

Trigonometric Integrals with Formulas and Examples #Integration

Integrals You Should Know How to Solve! *Trig/Log*

Integrals You Should Know How to Solve! Trig/Log

Reasons why Physics is better than Math...

Reasons why Physics is better than Math...

INFINITY! Busting false proofs and Riemann's Paradox.

INFINITY! Busting false proofs and Riemann's Paradox.

0^0...What is this?

0^0...What is this?

Cambridge Interview Integral * hard or easy?*

Cambridge Interview Integral * hard or easy?*

What are Improper integrals? *With examples*

What are Improper integrals? With examples

Cos(z) = 2.... HOW? *Euler's Formula*

Cos(z) = 2.... HOW? Euler's Formula

Log of negative numbers.... HOW? *Euler's Formula*

Log of negative numbers.... HOW? Euler's Formula

Integrals of Sec(x) and Sec^3(x) *Easy Proof*

Integrals of Sec(x) and Sec^3(x) Easy Proof

Q2) Euclid Contest 2020 *EASY*

Q2) Euclid Contest 2020 EASY

Q1) Euclid Contest 2020, Easy or hard?

Q1) Euclid Contest 2020, Easy or hard?

*Hard Integral* Integration with U-Sub method.

Hard Integral Integration with U-Sub method.

*Hard Integral* Solving (e^2x / (1+e^x) dx) using integration by parts.

Hard Integral Solving (e^2x / (1+e^x) dx) using integration by parts.

*MY FIRST INTEGRAL* Integration of (ln (ln x)/x) dx

MY FIRST INTEGRAL Integration of (ln (ln x)/x) dx

*REAL PROOF* The classiest way to prove Pi = 3

REAL PROOF The classiest way to prove Pi = 3

The most elegant proof of π=e (Pi = e)

The most elegant proof of π=e (Pi = e)