主讲教师:高飞
| 学校: | 武汉理工大学 |
| 开课院系: | 理学院 |
| 课程编号: | 4050468770 |
| 学分: | 0 |
Calculus is an important basic course and a compulsory course for international students majoring in economics and management in colleges and universities. It is to cultivate economic management personnel with high-quality. Through this course, students can master some basic concepts, basic theory and basic computing skills in calculus of one dimensional functions, vector algebra and space analytic geometry, calculus of multivariate functions (not including triple integral and line, area integral), infinite series, differential equation and difference equation and their applications in economic management science, and other. On one hand, the students will acquire the basic concepts, basic theories and basic arithmetic skills of the mathematics, laying the necessary mathematical foundation for the succession courses and the further acquirement of mathematical knowledge. On the other hand, through this course, students ’abstract thinking ability, logical reasoning ability, spatial imagination ability and self-learning ability, cultivating students’ more proficient computing ability and comprehensive use of the knowledge to analyze and solve the problem, pay special attention to train students to use the knowledge to establish and Solve some simple economic mathematical model and carry on the economic case analysis. Calculus curriculum in the cultivation of students’ comprehensive quality and innovation awareness has a very important role. Calculus’ total teaching time is 160 hours, and it is divided into two semesters, each 80 hours. We use classroom teaching and multimedia teaching together, learning both inside and extracurricular activities combined, and with different teaching methods for different classes using different curriculum assessment methods. We have published set of the whole course of the English learning counseling materials. And we choose foreign famous textbook Thomas Calculus (from the 10th edition to the latest version 13), and James Stewart Calculus as a supplement Teaching materials. In order to improve the quality of teaching, we pay attention to the cultivation of the students’ basic mathematics quality, and adopt the problem-based, heuristic teaching methods. And in order to facilitate the multimedia teaching, we have developed and English electronic courseware Calculus and course plan, syllabus, exercise and answers. In order to improve the quality of teaching, in the teaching process of this course, besides the reform of the teaching content, through the thorough investigation and study, we mainly use the following teaching methods and teaching methods to achieve better teaching effect. With heuristic teaching, we pay attention to the introduction of the problem, to learn to analyze the problem, to seize the essence of the problem. And we change the complicated problems into a simple, and establish students’ learning confidence for Calculus. Class teaching is adhered to the "less education" and "more learning" principle. With fine class teaching and self-learning combined, the students’ status will change to be from passive to active. We emphasize the understanding of the basic concepts. The basic concept of mathematics has a strong abstraction, the development of the software to display the intuitive image of the geometric features, rigorous reasoning to train students logical thinking ability. We use induction analogy method to establish concepts and develop students’ abstract thinking ability. For example, derivation from derivative to gradient, from the climbing problem of the blind man to the minimization problem of Calculus, and then to the initial gradient descent method. English homework are implemented to strengthen the learning problem-solving learning guide. Pre-arranged exercises, classroom discussions are taken by us, so that students themselves can evaluate the course teaching into stimulate students’ enthusiasm for learning. We adopt dual way teaching to encourage students to ask questions, feedback from the teaching of information, continuous improvement of teaching content and teaching methods, and to improve teaching quality. Mobile platform-aided instruction is suggested. We use the Wolfram Alpha App and the Web site edition, phone edition Matlab or Mathematica software to calculate related questions as a supplement and augment for student learning. Good results have been achieved. Learning mathematics culture. In the five thousand years of mathematical history, the birth and development of major mathematical thought, constitute the history of science’ the most beautiful scenery. In this course, we introduce the history of mathematics and the beauty of mathematics to change the impression of math learning. And we introduce the story of BBC mathematics, Dimensions: A Walk Through Mathematics, to stimulate the students’ curiosity and strength their determination to dedicate themselves to science and truth. And for example: when the foreign students studied trigonometric functions of the limits and derivatives, we introduced the "GOUGU theorem" (about relationship between hypotenuse and the other two sides) instead of "Pythagorean theorem" and we use Zu Chongzhi calculation of pi in the history to introduce the Chinese people’s historical achievements in mathematics. When we talked about the limit, integral, we use some ancient Chinese philosophical thought. Young teachers in this course team have been awarded the first prize or the first prize, for example, in the school’s Young Teachers’ Teaching Grand Prix (the associate professor Wanyuan, the associate professor Yang Wenxia) and the second and third prize (Gao Fei, Deng Yanfang and Hu Rong). Of which, associate professor Wanyuan is titled as Wuhan University of Technology excellent teacher teaching teacher. The whole process of Calculus teaching is monitored in all directions by using our self-compiled "Quality Assurance System for Economic Mathematics" (Software), edited by Prof. Zhu Huaping(Prof. Gao Fei, is the key member of the project). According to the economic and management characteristics,we professionally organize teaching content, organic combine appropriate introduction of modern contents from mathematics and economics, and to strengthen students to use knowledge to solve practical problems ability training through the use of multimedia and handwriting teaching combination. The modern teaching methods are used to strengthen the use of mathematical modeling ideas and mathematical experimental thinking throughout the whole teaching of calculus. Then we have formed a special economic Calculus curriculum system with distinct characteristics including all processes, such as teaching syllabus,contents, methods, practice activities and etc.
Calculus’ total teaching time is 160 hours, and it is divided into two semesters, each 80 hours. We use classroom teaching and multimedia teaching together, learning both inside and extracurricular activities combined, and with different teaching methods for different classes using different curriculum assessment methods.
We have published set of the whole course of the English learning counseling materials. And we choose foreign famous textbook Thomas Calculus (from the 10th edition to the latest version 13), and James Stewart Calculus as a supplement Teaching materials.
In order to improve the quality of teaching, we pay attention to the cultivation of the students’ basic mathematics quality, and adopt the problem-based, heuristic teaching methods. And in order to facilitate the multimedia teaching, we have developed and English electronic courseware Calculus and course plan, syllabus, exercise and answers.
In order to improve the quality of teaching, in the teaching process of this course, besides the reform of the teaching content, through the thorough investigation and study, we mainly use the following teaching methods and teaching methods to achieve better teaching effect.
With heuristic teaching, we pay attention to the introduction of the problem, to learn to analyze the problem, to seize the essence of the problem.
And we change the complicated problems into a simple, and establish students’ learning confidence for Calculus. Class teaching is adhered to the "less education" and "more learning" principle. With fine class teaching and self-learning combined, the students’ status will change to be from passive to active. We emphasize the understanding of the basic concepts. The basic concept of mathematics has a strong abstraction, the development of the software to display the intuitive image of the geometric features, rigorous reasoning to train students logical thinking ability. We use induction analogy method to establish concepts and develop students’ abstract thinking ability. For example, derivation from derivative to gradient, from the climbing problem of the blind man to the minimization problem of Calculus, and then to the initial gradient descent method.
English homework are implemented to strengthen the learning problem-solving learning guide. Pre-arranged exercises, classroom discussions are taken by us, so that students themselves can evaluate the course teaching into stimulate students’ enthusiasm for learning. We adopt dual way teaching to encourage students to ask questions, feedback from the teaching of information, continuous improvement of teaching content and teaching methods, and to improve teaching quality.
Mobile platform-aided instruction is suggested. We use the Wolfram Alpha App and the Web site edition, phone edition Matlab or Mathematica software to calculate related questions as a supplement and augment for student learning. Good results have been achieved.
Learning mathematics culture. In the five thousand years of mathematical history, the birth and development of major mathematical thought, constitute the history of science’ the most beautiful scenery. In this course, we introduce the history of mathematics and the beauty of mathematics to change the impression of math learning.
And we introduce the story of BBC mathematics, Dimensions: A Walk Through Mathematics, to stimulate the students’ curiosity and strength their determination to dedicate themselves to science and truth.
And for example: when the foreign students studied trigonometric functions of the limits and derivatives, we introduced the "GOUGU theorem" (about relationship between hypotenuse and the other two sides) instead of "Pythagorean theorem" and we use Zu Chongzhi calculation of pi in the history to introduce the Chinese people’s historical achievements in mathematics. When we talked about the limit, integral, we use some ancient Chinese philosophical thought.
Young teachers in this course team have been awarded the first prize or the first prize, for example, in the school’s Young Teachers’ Teaching Grand Prix (the associate professor Wanyuan, the associate professor Yang Wenxia) and the second and third prize (Gao Fei, Deng Yanfang and Hu Rong). Of which, associate professor Wanyuan is titled as Wuhan University of Technology excellent teacher teaching teacher.
The whole process of Calculus teaching is monitored in all directions by using our self-compiled "Quality Assurance System for Economic Mathematics" (Software), edited by Prof. Zhu Huaping(Prof. Gao Fei, is the key member of the project).
According to the economic and management characteristics,we professionally organize teaching content, organic combine appropriate introduction of modern contents from mathematics and economics, and to strengthen students to use knowledge to solve practical problems ability training through the use of multimedia and handwriting teaching combination.
The modern teaching methods are used to strengthen the use of mathematical modeling ideas and mathematical experimental thinking throughout the whole teaching of calculus. Then we have formed a special economic Calculus curriculum system with distinct characteristics including all processes, such as teaching syllabus,contents, methods, practice activities and etc.
Evaluation of Our Calculus
Evaluation of Our Calculus from one student(original email).pdf
Anonymous comments.pdf
They’re also showed as following:
Dear Gao Fei
Thank you so much for teaching us calculus last year. You showed us support and we appreciate gladly. Your teaching style is the best, you allowed us to learn independently. The rewards of points motivated us to keep working hard and it made your class enjoyable. You listened when we had a math problem and still helped us.
Calculus is very difficult for some of us, but in your class you explained clearly we started understanding. We think we can apply calculus in most situations.As Business administration major, it was very important for us to be exposed to that opportunity of learning calculus especially with you as our teacher. We wish you all the best and we enjoyed every single lesson with you Gao Fei.
Yours sincerely
Business Administration Students Class of 2015
Anonymous comments.pdf
Anonymous comments by students
The best Calculus teacher!
I know how to build a mathematical model to evaluate long period variations of supply and demand of the market.
We have fun when we studied Calculus.
I know the "GOUGU theorem" instead of "Pythagorean theorem", it’s an ancient Chinese way.
The course is well organized.
We know how to calculate PI with method from Zu Chongzhi, ancient Chinese mathematician. It’s so interesting.
You cannot imagine he has a math model to guide how to lose weight with Calculus, it’s amazing.
Textbooks:
1. Dale Varberg, Edwin J. Purcell, Steve E. Rigdon Calculus with Differential Equations 9th edition ISBN-13: 9780132306331 Published by Pearson (April 10th 2006) - Copyright © 2007
2. James Stewart ,Calculus 7th Edition, Higher Education Press,2014.
3. James Stewart ,Calculus: Early Transcendentals, Eighth Edition © 2016, 2012 Cengage Learning.
4. Thomas, Weir & Hass, Thomas’ Calculus, 13th Edition, Pearson Press,2014.
References:
1. William Briggs,Calculus,Pearson Press / Renmin University of China Press,2012/06
2. James Stewart,Study Guide for Stewart’s Single Variable Calculus: Early Transcendentals, 7th.
3. William Ardis. Single Variable Calculus (Chapter 1-11),John Wiley & Sons, Inc. ISBN 0-321-65692-X│978-0-321-65692-6
4. William Ardis. Multivariable Calculus (Chapter 10-16),,John Wiley & Sons, IncISBN 0-321-60071-1│978-0-321-60071-4
5. Just-in-Time Algebra and Trigonometry for Early Transcendentals Calculus. 3rd edition. Guntram Mueller, Ronald I. Brent.
With the construction of the course of economic mathematics "Calculus" as a whole, the practice, innovation and reform have been carried out to form the advanced teaching idea. With the course of "calculus" as the center, the multi - media , Multi-level, multi-level, a variety of educational services object, with excellent structure of the theory with the practice of "three-dimensional" teaching; the use of advanced teaching methods and methods, the implementation of scientific assessment methods, building a high level of teaching The course was built for the national quality courses, and eventually built the national economic mathematics "calculus" teaching demonstration base.
The concrete result form of this course construction is:
1. Based on the characteristics and the latest development of the course, this paper draws lessons from the experience of similar curriculum reform in China, and continues to carry out the research on teaching reform. It has published a series of teaching research papers with higher academic level.
2. The establishment of economic mathematics series of three-dimensional teaching system, including learning materials, experimental teaching materials, learning materials, teacher training multimedia courseware, learning and counseling network multimedia resource library.
3. The establishment of "economic mathematics--Calculus" teaching resources open sharing platform system. The computer aided instruction software, the multimedia software, the electronic lesson plan, the teaching resources database supporting construction, the realization "economic mathematics" teaching resources sharing.
Typical Mathematical Experiments & Guidance in following Chapters
The module of practical teaching resources includes sub-blocks such as experimental teaching of Calculus, virtual experiment, typical application and mathematical modeling. It provides rich resources for cultivating and training students’ ability of analyzing and applying, enlightening innovation consciousness and broadening horizons. But also for the teaching of counseling teachers to provide a wider teaching space.
With the wide application of computer and the improvement of mathematical software, in order to improve students’ awareness and ability of using computer to solve mathematical problems, we combine the use of mathematics software into textbook, combining the teaching of Calculus with the use of computer. With the teaching materials to prepare a mathematical experiment. These experiments rely on Mathematica, a widely used mathematical software.
These experiments and specialized experimental teaching materials in the experimental subjects are quite different. Firstly, these experimental questions closely with the content of teaching materials, students learn calculus component and extension of the supplement. Secondly, it is simple and interesting and it helps to stimulate students Interest, and easier to understand and get started. And it does not take up too much classroom time, the experimental content itself is calculus traditional teaching content. For example, the function mapping, equation approximation, numerical integration, least squares and other content into the experiment. Both the introduction of the theory, but also by writing a simple program on the computer graphics and numerical calculation, in the demonstration and experimental process to complete the teaching of these content. We write detailed steps and commands for all experiments, and print out the results.
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| 2.1 CH 6 Applications of Definite Integrals——Area |
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| 2.2 Applications of Definite Integrals: Volume |
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| 2.3 Applications of Definite Integrals: Volume |
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| 2.4 Exercises and Economics |
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| 2.5 Applications of Definite Integrals——arc length, surface Area; Exercise |
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| 2.6 CH7 Concepts for differential equations |
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| 3.1 CH8 Concept of Difference equation, solution structure |
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| 3.2 First-Order Difference Equations |
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| 3.3 First-Order Difference Equations |
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| 3.4 Exercise |
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| 3.5 2nd-Order Difference Equations |
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| 3.6 2nd-Order Difference Equations |
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| 4.1 First-Order Differential Equations |
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| 4.2 First-Order Differential Equations |
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| 4.3 First-Order Differential Equations-2nd |
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| 4.4 First-Order Differential Equations-3nd |
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| 4.5 Applications |
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| 4.6 Second-Order Differential Equations |
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| 5.1 Second-Order Differential Equations with constant coefficients-i |
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| 5.2 Second-Order Differential Equations with constant coefficients-i |
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| 5.3 Second-Order Differential Equations with constant coefficients-ii |
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| 5.4 Second-Order Differential Equations with constant coefficients-ii |
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| 5.5 Applications |
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| 5.6 Exercise |
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| 6.1 Cobweb medel |
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| 6.2 Exercise |
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| 6.3 CH9 Concepts of series |
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| 6.4 Concepts of series |
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| 6.5 Positive series |
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| 6.6 Positive series |
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| 7.1 Absolute and Conditional Convergence |
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| 7.2 Absolute and Conditional Convergence |
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| 7.3 Exercise |
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| 7.4 Exercise |
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| 7.5 Series of functions, Taylor series |
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| 7.6 Series of functions, Taylor series |
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| 8.1 Power series |
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| 8.2 Power series |
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| 8.3 Expansion as Taylor series |
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| 8.5 Expansion inderectly |
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| 8.6 Expansion inderectly |
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| 9.2 CH10 Three-Dimensional Coordinate Systems |
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| 9.3 Three-Dimensional Coordinate Systems |
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| 9.4 Cylinders and revolution Surfaces |
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| 9.5 Cylinders and revolution Surfaces |
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| 9.6 Curves in Space |
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| 10.1 Projection |
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| 10.2 Quadric Surfaces |
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| 10.3 Vectors |
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| 10.4 The Dot Product & Cross Product |
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| 10.5 The Dot Product & Cross Product |
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| 10.6 Lines and Planes in Space |
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2023-03-05 | 88.38MB | ||
| 11.2 Lines and Planes in Space |
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2023-03-05 | 104.19MB | ||
| 11.4 Exercise |
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2023-03-05 | 540.96MB | ||
| 11.5 CH11 Concepts for Multi Variable functions |
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2023-03-05 | 782.14MB | ||
| 11.6 Continuity |
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2023-03-05 | 487.03MB | ||
| 12.1 Partial Derivatives |
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2023-03-05 | 200.50MB | ||
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2023-03-05 | 170.25MB | |||
| 12.2 Partial Derivatives |
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2023-03-05 | 24.22MB | ||
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2023-03-05 | 58.48MB | |||
| 12.3 cross elasticity |
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2023-03-05 | 96.54MB | ||
| 12.4 Perfect differential |
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2023-03-05 | 23.83MB | ||
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2023-03-05 | 33.63MB | |||
| 12.5 Perfect differential |
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2023-03-05 | 91.84MB | ||
| 12.6 Exercise |
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2023-03-05 | 103.15MB | ||
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2023-03-05 | 35.33MB | |||
| 13.1 The Chain Rule |
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2023-03-05 | 39.06MB | ||
| 13.2 The Chain Rule |
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2023-03-05 | 67.44MB | ||
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2023-03-05 | 58.43MB | |||
| 13.3 Implicit Multi Variable functions |
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2023-03-05 | 46.59MB | ||
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2023-03-05 | 42.20MB | |||
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2023-03-05 | 102.79MB | |||
| 13.4 Implicit Multi Variable functions |
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2023-03-05 | 59.83MB | ||
| 13.5 Extreme Values |
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2023-03-05 | 438.46MB | ||
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2023-03-05 | 315.31MB | |||
| 13.6 Extreme Values |
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2023-03-05 | 81.06MB | ||
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2023-03-05 | 41.40MB | |||
| 14.1 Exercise |
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2023-03-05 | 39.00MB | ||
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2023-03-05 | 18.20MB | |||
| 14.2 Exercise |
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2023-03-05 | 71.84MB | ||
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2023-03-05 | 23.13MB | |||
| 14.3 CH12 Double Integrals’ properties |
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2023-03-05 | 90.61MB | ||
| 14.4 Double Integrals’ properties |
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2023-03-05 | 24.38MB | ||
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2023-03-05 | 48.67MB | |||
| 14.5 Double and Iterated Integrals over Rectangles |
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2023-03-05 | 48.67MB | ||
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2023-03-05 | 130.05MB | |||
| 14.6 Double and Iterated Integrals over Rectangles |
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2023-03-05 | 130.05MB | ||
| 15.1 Double Integrals in Polar Form |
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2023-03-05 | 534.13MB | ||
| 15.2 Double Integrals in Polar Form |
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2023-03-05 | 682.51MB | ||
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2023-03-05 | 27.98MB | |||
| 15.3 Exercise |
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2023-03-05 | 22.89MB | ||
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2023-03-05 | 22.48MB | |||
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2023-03-05 | 57.53MB | |||
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2023-03-05 | 188.74MB | |||
| 15.4 Line Integrals |
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2023-03-05 | 122.07MB | ||
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2023-03-05 | 17.85MB | |||
| 15.5 Line Integrals |
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2023-03-05 | 23.79MB | ||
| 15.6 Exercise |
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2023-03-05 | 90.09MB | ||
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2023-03-05 | 51.42MB | |||
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2023-03-05 | 75.32MB | |||
| 16.1 Green Formula |
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2023-03-05 | 69.91MB | ||
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2023-03-05 | 21.55MB | |||
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2023-03-05 | 1.73MB | |||
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2023-03-05 | 24.09MB | |||
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2023-03-05 | 15.53MB | |||
| 16.2 Triple integrals |
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2023-03-05 | 51.03MB | ||
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2023-03-05 | 76.10MB | |||
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2023-03-05 | 15.09MB | |||
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2023-03-05 | 59.97MB | |||
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2023-03-05 | 9.18MB | |||
| 16.3 Triple integrals |
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2023-03-05 | 20.02MB | ||
| 16.4 Exercise |
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2023-03-05 | 32.05MB | ||
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2023-03-05 | 5.92MB |