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Differential Equations

SAT Score Range

•

8 sessions

•

+2

This series ended on October 10, 2024. All 1:1 and group chats related to this series are disabled 7 days after the last session.

About

In this series, we will be going into how to solve and the different applications of differential equations.

We'll be going through ~8 different ways to solve differential equations, ending with the Dirac Delta Function and Lagrange Equations.

You don't need to know any Calculus for this series, but Pre-Calculus / Advanced Algebra 2 is needed!

All you need is your mind and a pencil (to take notes)! Join if you want to learn some things about the universe that you might have not know before😀



Tutored by

Praneeth O 🇺🇸

Certified in 5 topics

View Profile

Hey guys! I'm a senior living... somewhere. I love Physics, and while some may call Chemistry a derivation of pretty much every other science (except Biology), I love it too. In my free time, I do some amateur astrophotography and play the piano. Feel free to join my sessions if you want to learn something cool!

Schedule

✋ ATTENDANCE POLICY

I'm fine if you miss sessions as I will be hosting a lot of them during the school year, but it would be nice to let me know on message b4. You are free to attend/skip whichever sessions you want.

SESSION 1

23

Sep

SESSION 1

Differentiation: definition and basic derivative rules

Differentiation: definition and basic derivative rules

Mon 11:00 PM - Tue, 1:00 AM UTCSep 23, 11:00 PM - Sep 24, 1:00 AM UTC

Calculus 1+2 Derivatives:
- What is a derivative? (Intuitiely and Limit Form)
- How do we calculate the derivatives of a function?
- Different differentiation rules

Will include some AP Calculus problems if time permits 😊
SESSION 2

24

Sep

SESSION 2

Differentiation: composite, implicit, and inverse functions

Differentiation: composite, implicit, and inverse functions

Tue 11:00 PM - Wed, 1:00 AM UTCSep 24, 11:00 PM - Sep 25, 1:00 AM UTC

Calculus 1+2 Derivatives:
- More advanced derivatives
- Introduciton to Multivariable Derivatives
- Identifying Linear Functions + Order
- Ordinary DEs vs. Partial DEs

I'll include some self-made problems throughout the session!
SESSION 3

30

Sep

SESSION 3

Differential equations

Differential equations

Mon 11:00 PM - Tue, 1:00 AM UTCSep 30, 11:00 PM - Oct 1, 1:00 AM UTC

We'll be going into initial conditions of differential equations and how to check whether an equation is a solution of a differential equation. Then we'll get into graphing differential equations! I'll be including tons of examples, as this topic is easier to learn with practice.
SESSION 4

1

Oct

SESSION 4

Office Hours

Office Hours

Tue 11:00 PM - Wed, 1:00 AM UTCOct 1, 11:00 PM - Oct 2, 1:00 AM UTC

General Office Hours! Join if you have any questions on Calculus in general or anything that we covered! I'll be glad to help.
SESSION 5

5

Oct

SESSION 5

Differentiation: definition and basic derivative rules

Differentiation: definition and basic derivative rules

Sat 11:00 PM - Sun, 1:00 AM UTCOct 5, 11:00 PM - Oct 6, 1:00 AM UTC

Calculus 1+2 Derivatives:
- What is a derivative? (Intuitiely and Limit Form)
- How do we calculate the derivatives of a function?
- Different differentiation rules


Will include some AP Calculus problems if time permits 😊
SESSION 6

6

Oct

SESSION 6

Differentiation: definition and basic derivative rules

Differentiation: definition and basic derivative rules

Sun 11:00 PM - Mon, 1:00 AM UTCOct 6, 11:00 PM - Oct 7, 1:00 AM UTC

Calculus 1+2 Derivatives:
- More advanced derivatives
- Introduciton to Multivariable Derivatives
- Identifying Linear Functions + Order
- Ordinary DEs vs. Partial DEs

I'll include some self-made problems throughout the session!
SESSION 7

8

Oct

SESSION 7

Differential equations

Differential equations

Tue 11:00 PM - Wed, 1:00 AM UTCOct 8, 11:00 PM - Oct 9, 1:00 AM UTC

Some more Calculus 2 Derivatives Practice

We'll be going into initial conditions of differential equations and how to check whether an equation is a solution of a differential equation. Then we'll get into graphing differential equations! I'll be including tons of examples, as this topic is easier to learn with practice.
SESSION 8

9

Oct

SESSION 8

Differential equations

Differential equations

Wed 11:00 PM - Thu, 1:00 AM UTCOct 9, 11:00 PM - Oct 10, 1:00 AM UTC

Some more Calculus 2 Derivatives Practice

We'll be going into initial conditions of differential equations and how to check whether an equation is a solution of a differential equation. Then we'll get into graphing differential equations! I'll be including tons of examples, as this topic is easier to learn with practice.

Public Discussion

Please log in to see discussion on this series.

Sep 23 - Oct 10

3 weeks

120 mins

/ session

SCHEDULE

Mondays

11:00PM

Tuesdays

11:00PM