Math 131 101216 Continuity of Derivatives; L'Hopital's Rule; Taylor Polynomials

Показать описание

Intermediate Value Property of Derivatives; Derivatives have no simple discontinuities; L'Hopital's Rule; Taylor polynomials

Рекомендации по теме

Комментарии

Thank you very much professor. You really helped me to understand this topic which I have been struggling on for long time.

ameynarkhede

Thank you! Your lectures are such a good resource for me as I am about to start on my first proper analysis course at my university

tekaaable

Prof Ou, I am curious about the condition f'(a)<lambda<f'(b); lambda does not necessarily have to be between these two values right? Looking at the example graph you have given at 12:50, the gradient between a and b clearly falls below f'(a) at some middle parts of the graph. Any clarification is greatly appreciated!

thesunnydk

Professor Ou, do you have plan to upload classes about measure theory? Thanks.

htiange

what is it that you mention u would put into notes bout rudins additional on l'hospitals???

krizaljohnespacio

Math 131 101216 Continuity of Derivatives; L'Hopital's Rule; Taylor Polynomials

Math 131 101216 Continuity of Derivatives; L'Hopital's Rule; Taylor Polynomials

Math 131: Continuity

MTH 131 Fundamental Theorem of Calculus I

Math 131 100516 Differentiability properties; Mean Value Theorems

6.1 Lecture - Part 1 of 2 - Math 131

Using Derivatives to Find Limits (L'Hospital's Rule)

48. L’Hospital’s rules - Part 2

Approximating Radicals using Taylor Polynomials

Calculus III - 12 - Taylor Polynomials

CPM Calculus 8-129 - Determining concave regions of a function (CG)

Lecture 2011.07.07 Part 02/10 Taylor Series Explains the L'Hospital's Rule

Lesson twenty-five Mathematical Analysis- Volume 1

PHYS 151 Lecture 07: More Vector Addition

Math 201 Lecture 24 The Mean Value Theorem MVT

Math Mystery: National Treasure

Calculus Ex Differentiation 129

Math 202 Lecture 7 - Hyperbolic trig functions and L'Hôpital's rule part 1