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MATA36H3 Lecture 1: review of 30

Derivatives sin ex ) cos cx) cos tan. X ) cos x ex ) t cos 4 7=1 odd even tank x ) t. B and range a f- " f- cfex ) ) a f un ) The inverse function fox 

MATA36H3 Lecture 1: week 4 monday

MATA36H3 Lecture 1: new doc 2019-01-24

MATA36H3 Lecture 2: integration technique

See a portion of fix ) to be equal to. [ u aux ) ] some quantity involving x. Replace dx for in wad dx the integral dx. After this function do step . n

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This course is intended to prepare students for the physical sciences. Topics to be covered include: techniques of integration, Newton's method, approximation of functions by Taylor polynomials, numerical methods of integration, complex numbers, sequences, series, Taylor series, differential equations.

Calculus II for Physical Sciences

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