Concise Modular Calculus 6 97

Demonstrates why the Intermediate Value Theorem should be true. Uses the Intermediate Value Theorem to determine the signs ...

Explains limits at infinity through long term behavior of functions and processes. Shows limit computation at infinity as well as the ...

Visually illustrates the typical ways in which limits are used: Divisions by zero, defining derivatives, defining integrals and ...

Introduces continuity graphically, symbolically and numerically. Discusses the four types of discontinuities (removable, jump, ...

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Derives Snell's law of refraction as an application of parameter dependent optimization. All videos and slides for single variable ...

Explains how the graph of a multivariable function is analogous to the graph of a function of one variable. Shows how a ...

Explains limits at a point. Shows graphical, numerical and symbolic examples. Emphasizes computation that does not rely on ...

2/2 on Change of Variables & Surface Area) Discusses the multivariable change of variable formula. Explains how to encode a ...

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Sketches the graph of a normal distribution with mean mu and standard deviation sigma. Note: Sigma is positive throughout.

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