Calculus

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Substitution Rule of Integrals: Integral Problems Made Simple

Substitution Rule of Integrals: Integral Problems Made Simple

The Substitution Rule, often referred to as u-substitution, is a powerful technique in integral calculus that simplifies the integration process by transforming a complex integral into a simpler one. It is essentially the reverse process of the chain rule used in differentiation.

Derivative of Logarithmic Functions: A Hard Task Made Easy

Derivative of Logarithmic Functions: A Hard Task Made Easy

Derivatives of logarithmic functions involve understanding how the logarithm’s rate of change relates to its base and argument. For the natural logarithm \( ln(x) \), the derivative is  \( \frac{1}{x} \). When dealing with more complex logarithmic expressions, the chain rule is often employed, especially if the logarithm’s argument is a function itself, not just […]

Differential Equations: Laws of The Universe Unraveled

Differential Equations: Laws of The Universe Unraveled

How to Find The Derivative of a Trigonometric Function

How to Find The Derivative of a Trigonometric Function

Applying Floor And Ceiling Functions: Practical Examples And Solutions

Applying Floor And Ceiling Functions: Practical Examples And Solutions

Finding Derivatives Made Easy! Product Rule of Differentiation

Finding Derivatives Made Easy! Product Rule of Differentiation

The Quotient Rule: Not Just Dividing Derivatives But Simple Enough

The Quotient Rule: Not Just Dividing Derivatives But Simple Enough

Finding Derivatives Made Easy! Power Rule of Differentiation

Finding Derivatives Made Easy! Power Rule of Differentiation

Finding Derivatives Made Easy! Derivative of A Chain of Functions

Finding Derivatives Made Easy! Derivative of A Chain of Functions

A Step into The World of Calculus: Rules of Differentiation

A Step into The World of Calculus: Rules of Differentiation

A Comprehensive Look at Average vs Instantaneous Rate of Change

A Comprehensive Look at Average vs Instantaneous Rate of Change

How to Find The Derivative of A Function

How to Find The Derivative of A Function