Uploaded February 2023 | Updated September 2026, 1 hour ago
Assignment 8, part 2.
In this video we calculate double integrals over regions we describe with polar coordinates. We pull the x and y bounds off the double integral; sketch the region in the xy-plane; convert to polar; and do the integral.
These are fully worked out problems with commentary.
Time stamps:
0:00 Number 7
1:56 Number 8
3:58 Number 9
6:55 Number 10
8:43 Number 11
12:12 Number 12
13:55 Number 13
16:35 Number 14
This is a common topic in Calculus III, Multivariable Calculus
Assignment 8, part 2.
In this video we calculate double integrals over regions we describe with polar coordinates. We pull the x and y bounds off the double integral; sketch the region in the xy-plane; convert to polar; and do the integral.
These are fully worked out problems with commentary.
Time stamps:
0:00 Number 7
1:56 Number 8
3:58 Number 9
6:55 Number 10
8:43 Number 11
12:12 Number 12
13:55 Number 13
16:35 Number 14
This is a common topic in Calculus III, Multivariable Calculus
![Calc BC Taylor Polynomial FRQ Practice
In this video we solve a practice Taylor Series/Polynomial (Maclaurin series/polynomial actually) Free Response Question. One of the highlighted skills students struggle with is manipulating/working with series/polynomials, so this goes over that idea. We do a tangent line problem, write a new polynomial from a given polynomial, and find the coefficient of a specific term. This is material from Unit 10 of AP Calculus BC.
[01:00] Tangent line problem
[04:36] New polynomial through integration
[08:52] Finding coefficient of x^3 in Maclaurin series/polynomial
Find tons of AP Calculus Review videos in this playlist: https://www.youtube.com/playlist?list=PL6iwkLfBjZiyOprILurQRNoI1M0ACE0ab
All of my AP Calculus FRQ Solution Videos: https://www.youtube.com/playlist?list=PLA83584C88AB6F0AE
Check out all of my notes with links to videos: https://turksmathstuff.com/ Calc BC Taylor Polynomial FRQ Practice](https://i.ytimg.com/vi/UzSgJ_F3RJA/mqdefault.jpg)









