Calculus 1

Calculus 1 introduces the fundamental concepts of limits, derivatives, and integrals, providing a foundation for advanced mathematical studies.

Advanced Topics

Applications of Derivatives

What Can You Do With Derivatives?

Derivatives are more than just math—they help solve real-world problems!

  • Finding Maxima and Minima: Find highest and lowest points (think: rollercoaster peaks!).
  • Optimization: Make things as efficient as possible (like minimizing cost or maximizing area).
  • Motion: Describe velocity and acceleration.
  • Related Rates: Understand how two or more related quantities change together.

How Are They Used?

  • In business, to maximize profit.
  • In engineering, to design safer vehicles.
  • In biology, to model population changes.

How to Apply Derivatives

  1. Set the derivative = 0 to find stationary points.
  2. Use the second derivative to check if they’re maxima or minima.
  3. Interpret your results in the real-world context.

Examples

  • A company uses derivatives to find the price that maximizes their profit.

  • Physics uses derivatives to find how fast an object is accelerating.

In a Nutshell

Derivatives help us solve real problems by describing change and finding optimum values.