MS-A0111 - Differential and Integral Calculus 1, Lecture, 5.9.2022-19.10.2022
Kurssiasetusten perusteella kurssi on päättynyt 19.10.2022 Etsi kursseja: MS-A0111
Osion kuvaus
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The textbook is Adams, Essex: Calculus, A Complete Course, 7th Ed, Pearson.
As usual in higher education, only parts of the book will be covered. However, the book is useful also in Calculus 2 and 3.
Additional material
- Lecture notes will be provided here.
- Below you can find html notes from previous implementations of the course.
- Below you can find great video lectures recorded by Harri Hakula in 2021. Please note that the current implementation of the course will essentially have the same structure as in 2021, but there will be slight differences.
- Very nice YouTube channel with animated math: https://www.youtube.com/c/3blue1brown/featured
- You are invited to use a web browser and find your own favorite material. One of the nice things about calculus is that, being used in every branch of science, you will find thousands of videos and lecture notes about every single topic of the course.
- The following videos by Pekka Alestalo do not cover all the course material but they can be very helpful. They only contain the main definitions and some examples.
- Sequences (25:01)
- Series (35:43; please skip blackboard cleaning from 10:00 to 13:45 :)
- Continuity (33:09)
- Derivative (30:11)
- Taylor polynomials and series Part 1: Taylor (35:50), Part 2: Power series (23:24)
- Elementary functions Part 1: Inverse (18:49); Part 2: Inverse trig. (18:58); Part 3: exp and ln (21:34)
- The concept of area in the plane (14:22)
- Integral Part 1: Definition (32:06); Part 2: Applications (13:12); Part 3: Improper integrals (10:58); Part 4: Methods of integration (41:51)
- ODE of the 1st order Part 1: Separable (24:55); Part 2: Linear (14:24)
- ODE of the 2nd order Part 1: General theory (14:46); Part 2: Homogeneous case (18:46); Part 3: Non-homogeneous case (21:25)
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Videos of the lectures by Harri Hakula in the 2021 implementation of the course
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YouTube videos on the course contents, in which you may find, among other things, examples (with solutions) or additional information.
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EDIT: December 11, fixed typo in the solution of Problem 5.