AP Calculus
SAT Score Range
•
5 sessions
•
JG
CF
SY
+7
This series ended on October 2, 2022. All 1:1 and group chats related to this series are disabled 7 days after the last session.
About
We'll be working through the entirety of the AP Calculus curriculum:
- Session 1: Limits and Basic Derivatives
- Session 2: Complex Derivative Rules
- Session 3: Introduction to Integration
- Session 4: Advanced Integration Topics
- Session 5&6: Series and Sequences, Taylor Series
Tutored by
Schedule
✋ ATTENDANCE POLICY
Feel free to hop into whichever session you feel you're best suited for. Calculus does build on the previous concepts, so if you're brand new to it I would recommend coming to all of the sessions.
SESSION 1
4
Sep
SESSION 1
AP Calculus
AP Calculus
Sun 10:00 PM - 11:00 PM UTCSep 4, 10:00 PM - 11:00 PM UTC
Here we'll be covering the entirety of limits, and the basics of derivatives, such as the power rule and multiplication rule.
SESSION 2
11
Sep
SESSION 2
AP Calculus
AP Calculus
Sun 10:00 PM - 11:00 PM UTCSep 11, 10:00 PM - 11:00 PM UTC
Here we'll be covering more advanced topics in field of derivatives, mainly chain rule, deriving trigonometric functions, and their applications.
SESSION 3
19
Sep
SESSION 3
AP Calculus
AP Calculus
Mon 6:45 AM - 7:55 AM UTCSep 19, 6:45 AM - 7:55 AM UTC
Here we'll cover the basics of integration, primarily classic integration done with the power rule. ---- PLEASE CHECK THE PUBLIC DISCUSSION. THIS SESSION IS BEING RESCHEDULED. Thanks!
SESSION 4
24
Sep
SESSION 4
AP Calculus
AP Calculus
Sat 10:00 PM - Sun, 12:00 AM UTCSep 24, 10:00 PM - Sep 25, 12:00 AM UTC
Here we'll cover more advanced topics in integrations, such as integrations of 3D shapes and integration by parts. In addition, we'll be covering the basics of integration, primarily classic integration done with the power rule. (To make up for the last session)
SESSION 5
2
Oct
SESSION 5
AP Calculus
AP Calculus
Sun 10:00 PM - 11:10 PM UTCOct 2, 10:00 PM - 11:10 PM UTC
This will be our final session! Today, we'll cover the 9 rules of sequences and series, and run through Taylor Series and what you need to know.