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9 Sessions
LH
Enrichment · session
Live Help
Hello! Happy to help with any questions you might have.
LM
Luke M
0
Session ended.
LH
Enrichment · session
Live Help
Hello! Happy to help with any questions you might have.
LM
Luke M
0
Session ended.
LH
Enrichment · session
Live Help
Hello! Happy to help with any questions you might have.
LM
Luke M
0
Session ended.
LH
Enrichment · session
Live Help
Hello! Happy to help with any questions you might have.
LM
Luke M
0
Session ended.
LH
Enrichment · session
Live Help
Hello! Happy to help with any questions you might have.
LM
Luke M
0
Session ended.
LH
Enrichment · session
Live Help
Hello! Happy to help with any questions you might have.
LM
Luke M
0
Session ended.
LH
Enrichment · session
Live Help
Hello! Happy to help with any questions you might have.
LM
Luke M
0
Session ended.
EM
Enrichment · session
Even More Math
We will look into how the formula for effective radius is derived. This is a great addition to your mathematical toolbox because the radius is a really good way to quantify the "intensity" of geometrical curvature. In physics classes, this skill will also help you calculate centripetal acceleration for curves other than circles, but we will avoid physical applications in this session. Although the content could fit into the first semester of high school calculus, the problem requires a little bit of creativity and flexibility, so I highly recommend that you come with experience with derivatives, second derivatives, the chain rule, and derivatives of inverse trig functions.
LM
Luke M
1
Session ended.
Ai
Calculus · session
Applications of integration
Since the topic is so broad, this will be a pretty open-ended session in which students will be able to request specific types of problems that they are struggling with. I'll come prepared with problems covering acceleration/velocity/position, rates of change, and work (the physics kind) as well as volumes by slicing, washer and disk, and shells.
LM
Luke M
0
Session ended.