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Calculus • Series

All of Calculus (AB) over the summer

Yakov H

Series Details

Sessions

Public Discussion

This series ended on August 17, 2022. All 1:1 and group chats related to this series are disabled 7 days after the last session.

Series Details

About

We'll be meeting every Monday Wednesday and Thursday from 6:15-7:15 PM EST to learn some calculus. I will be starting mid June and ending mid August. My goal is go through concepts at a comfortable pace and do some practice problems. I'm aiming for a relatively small group so I can get to everyone's questions. Mondays & Wednesday will be used for going ahead, and Thursdays will be mainly be review.

✋ ATTENDANCE POLICY

You can come as much or as little as you need, but I'll probably be in touch if you consistently miss

Dates

June 12 - August 17

Learners

10 / 20

Total Sessions

25

About the Tutor

I'm a college freshmen—majoring in Comp sci— and I just love math. Throughout high school, I would also go online to get ahead on math. In my senior year, I was able to be one of highest scoring Math League students in New Jersey. On top of all that, I just love to tutor, as I get to spread my love of math to others and help them in the process.

View Yakov H's Profile

Upcoming Sessions

0

Past Sessions

25
12
Jun

Session 1

Orientation

Optional orientation to get to know everyone and introduce you guys to calculus
13
Jun

Session 2

Limits and continuity

Introduction to understanding continuity and limit graphs.
16
Jun

Session 3

Limits and continuity

Discussing the limits of functions. Learning intermediate value theorem and squeeze theorem. I also might cover the definition of derivatives.
19
Jun

Session 4

Differentiation: definition and basic derivative rules

Learning the constant rule, power rule, constant multiple rule, sum/difference rule, derivative of exponential, logarithmic, and trig functions.
22
Jun

Session 5

Differentiation: definition and basic derivative rules

Learning the multiplication rule, quotient rule, and chain rule. LOTS OF PRACTICE
23
Jun

Session 6

Review

Practicing derivatives (EXTREMELY IMPORTANT)
27
Jun

Session 7

Review

MORE DERIVATIVE PRACTICE (trust me)
29
Jun

Session 8

Differentiation: composite, implicit, and inverse functions

implicit differentiation and inverse function derivatives
30
Jun

Session 9

Review

Practicing implicit differentiation/differential equations
4
Jul

Session 10

Applying derivatives to analyze functions

Mean value theorem, Tangent lines, linear approximation
6
Jul

Session 11

Contextual applications of differentiation

I will be covering curve sketching and extrema/optimization.
10
Jul

Session 12

Review

Reviewing this week's material.
11
Jul

Session 13

Contextual applications of differentiation

Related rates (hard) and L'Hopital's rule (easy)
13
Jul

Session 14

Review

Reviewing Related rates and riemann sums
14
Jul

Session 15

Integration and accumulation of change

Riemann sums (and maybe introduction to the fundamental theorem of calculus
18
Jul

Session 16

Integration and accumulation of change

Definite and indefinite integrals with power rule, exponent rule, constant multiplication rule. Also ∫sin(x) and average value (theorem).
20
Jul

Session 17

Integration and accumulation of change

U substitution. Just U substitution
21
Jul

Session 18

Review

Reviewing integrals (not too hard yet but important).
25
Jul

Session 19

Integration and accumulation of change

More advanced and higher order trig integrals
27
Jul

Session 20

Applications of integration

Using integrals to find distance/displacement, area between curves, and arc length
28
Jul

Session 21

Review

Reviewing that week's material
1
Aug

Session 22

Applications of integration

Using integrals to find volume of a rotation and volume by known cross-section
4
Aug

Session 23

Applications of integration

Solving integrals via trig substitutions and partial fraction decomposition (2 harder topics)
16
Aug

Session 24

Differential equations

Slope fields and Euler’s forward-stepping method
17
Aug

Session 25

Differential equations

Solving differential equations with separation of variables

Public Discussion

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