Course Information
Course Overview
Give you the power of Mathematics, with 28 illustrated quiz with answers !
Physics is not hard, but if you don't have the tools for doing Physics, Physics become not just hard but impossible to do it, like a mechanic with not his tools, he can't work!
For example, Electricity and Magnetism course is filled with strange symbols like grad, div, curl, partial derivative cos and sin combined...etc, and for this reason, this course maybe appears difficult for the first time, and maybe you can abandon physics...
Please don't lose hope, because you need first some tools for doing Physics, this beautiful subject.
Those tools can also help you in mechanics and engineering.
And for this I represent you some concepts before going in electricity and magnetism course:
- Vector calculus: Definition of a vector, scalar product, vector product
- Vector calculus: Flux of a vector
- Coordinate system: Cartesian coordinates
- Coordinate system: Cylindrical coordinates
- Coordinate system: Spherical coordinates
- Coordinate system: Relations between Cartesian and cylindrical coordinates
- Coordinate system: Relations between Cartesian and spherical coordinates
- Trigonometry
- Rotation matrix
- Infinitesimal line element in the three coordinates systems
- Infinitesimal area element in the three coordinates systems
- Infinitesimal volume element in the three coordinates systems
- Gradient operator
- Divergence operator
- Curl operator
- I promise you further details about operators
I hope that this course will be useful for you, pass 8 hours of video with pleasure!
Course Content
- 12 section(s)
- 85 lecture(s)
- Section 1 Vector calculus : Intro
- Section 2 Vector calculus : Scalar product
- Section 3 Vector calculus : Vector product
- Section 4 Coordinate system : Cartesian coordinates
- Section 5 Coordinate system : Cylindrical coordinates
- Section 6 Coordinate system : Relations between cartesian and cylindrical coordinates
- Section 7 Coordinate system : Spherical coordinates
- Section 8 Coordinate system : Relations between cartesian and spherical coordinates
- Section 9 Infinitesimal displacement vector, Area element and Volume element
- Section 10 The Gradient, Divergence and Curl
- Section 11 Bonus Lectures
- Section 12 Introduction to electrostatics
What You’ll Learn
- Vector calculus : The definition of a vector, scalar product, vector product and more, Flux of a vector, Using matrices and determinants in vector calculus, Coordinate system: Cartesian, cylindrical and spherical coordinates, Profound details about the coordinate system like relations between the coordinate system and rotation matrix, Application of trigonometry in vector calculus and coordinate system, Recall about: differential of multivariable function, Infinitesimal line element in cartesian, cylindrical and spherical coordinates, Infinitesimal area element in cartesian, cylindrical and spherical coordinates, Infinitesimal volume element in cartesian, cylindrical and spherical coordinates, Gradient operator, Divergence operator, Curl operator, Other tools will come after, such as the Laplacian operator and more details about the operators.
Skills covered in this course
Reviews
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DDaniel Stadelmann
Clear
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AAli
Excellent course, and Excellent instructor.
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MMark James
Very good teacher. Good intro thus far and good for beginner. Just need basic trig, but most is explained anyway.
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LLauryn Jobs
Don't know yet as it is the start of class