The most classic trick of solving a double integral @bprpcalcbasics
The most classic trick of solving a double integral  @bprpcalcbasics
Uploaded May 2026 | Updated September 2026, 2 weeks ago
This calculus 3 tutorial covers evaluating a double integral by changing the order of the differentials first! This is a must-know technique for evaluating double integrals and this is also a very common exam question!
----------------------
I help students master the basics of calculus. You can show your support and help me create even better content by becoming a patron on Patreon 👉 patreon.com/blackpenredpen
Get the coolest math shirts from my Amazon store 👉 amzn.to/3qBeuw6
----------------------
Want more practice? Get my calculus practice quizzes on Patreon!
Calculus 1 👉 patreon.com/collection/1703815
Calculus 2 👉 patreon.com/collection/1716951
----------------------
#calculus #bprpcaluclus #mathtutorials #math
The most classic trick of solving a double integral109/1000, first derivative exists but NOT the second derivativeAt what point does y=ln(x) have the maximum curvature?22/1000, how to approximate 4th root of 75 using Newtons method, calculus 1How to solve a hard u-substitution integral, Reddit r/calculus61/1000, integral of sqrt(x) from 1 to 990/1000, integral of tan(x) in a different way (without writing tan(x) as sin(x)/cos(x))How to find a parametric representation of a sphere with radius a118/1000, finding dy/dx for y=(sin(x))^(cos(x))63/1000, limit of x^x as x goes to 0+, calculus 184/1000, infinity minus infinity, calculus 1 limit48/1000, the fastest way to integral of x^2*e^(-2x), calculus 2
bprp calculus basics |

The most classic trick of solving a double integral

SHARE TO X SHARE TO REDDIT SHARE TO FACEBOOK WALLPAPER