Graphing the bell curve y=e^(-x^2), calculus tutorial

TL;DR

This video demonstrates how to graph the bell curve y=e^(-x^2), with an explanation of the Gaussian integral.

Transcript

We will graph the bell curve y=e^(-x^2). Note:  the area under y=e^(-x^2) from -inf to inf is   sqrt(pi). Check out the Gaussian integral  video in the description for the solution. Read More

Key Insights

• 😀 The equation y=e^(-x^2) represents a bell curve or Gaussian curve.
• ❣️ Graphing the bell curve involves plotting points for various values of x and y and connecting them to form a smooth curve.
• ♾️ The area under the curve from negative infinity to positive infinity is equal to the square root of pi.

Summary & Key Takeaways

• The video teaches how to graph the equation y=e^(-x^2), which represents a bell curve.

• It mentions that the area under the curve from negative infinity to positive infinity is equal to the square root of pi.

• The video also recommends watching the Gaussian integral video in the description for further understanding.