IB Math AA SL: Calculus Review (Part 1 of 2, Analysis and Approaches, Standard Level)

Rules for Differentiation 0:55
Differentiation Examples 3:30
Rules for Integration 13:00
Indefinite Integral Examples 15:05
Definite Integral Examples 21:10
Curve Properties 27:40
Polynomial Example 30:50
Another Curve Property Example 38:20

[ZachAR]

For 17:54 you can get your starting fraction by just dividing your original e^whatever by the differentiation of its exponent, this also works in reverse so if your differentiating it you just multiply by the differentiation of the exponent.

[mrp]

The real question is when are you going to start doing videos on HL content haha. Great videos, I appreciate it. 🙏🙏

[sofiathorsson]

In around minute 43:00 you have cos(3pi/4) and you write it as (-root 2)/2. When looking at the quarter circle (pi/4) is (root2/2) but what happened to the 3 that was there. I understand that cos(pi/4) is (root2/2) but I don't get how cos(3pi/4) becomes (-root2/2). Your videos really help by the way, thank you!!