We solve a seemingly harder problem from the 2022 MIT integration bee finals! The answer to this problem is very simple, yet at first glance the problem looks very intimidating. #integration #mit #calculus #trigonometry #mathematics
- MIT 2022 Integration BEE Finals, Problem 1 (Trigonometry) ( Download)
- MIT 2023 Integration BEE Quarter Final 4, Trigonometry, Problem 1 ( Download)
- MIT Integration Bee 2022: Problem 1 Finals ( Download)
- MIT 2022 Integration Bee, Qualifying Exam (Trigonometry), Part 1 ( Download)
- MIT 2022 Integration Bee, Quarterfinal 2, Problem 1(Trigonometry) ( Download)
- A trigonometric BEAST from the MIT integration bee finals (2022) ( Download)
- MIT 2022 Integration BEE Finals, Problem 2 (Trigonometry) ( Download)
- MIT 2022 Integration BEE Finals, Problem 3 (Trigonometry) ( Download)
- 2023 MIT Integration Bee, Problem 1. ( Download)
- MIT 2022 Integration Bee, Quarterfinal 1, Problem 2(Trigonometry) ( Download)
- Solving ALL THE INTEGRALS from the 2022 MIT Integration Bee Finals ( Download)
- Solving all the integrals from the 2023 MIT integration bee finals ( Download)
- MIT Integration Bee Final Round ( Download)
- MIT 2023 Integration BEE Semi Final 1, Trigonometry, Problem 3 ( Download)
- ∫(1 + cos(x))/(x + sin(x)) dx. MIT Integration Bee 2022 (Question 1, qualifying exam). ( Download)
