Overview
In this session we use a clever trick involving finding volumes by slices to calculate the area under the bell curve, neatly avoiding the problem of finding an antiderivative for e^{-x^2}.
Lecture Video and Notes
Video Excerpts
Home » Courses » Mathematics » Single Variable Calculus » 3. The Definite Integral and its Applications » Part C: Average Value, Probability and Numerical Integration » Session 65: Bell Curve, Conclusion
In this session we use a clever trick involving finding volumes by slices to calculate the area under the bell curve, neatly avoiding the problem of finding an antiderivative for e^{-x^2}.