Recommendation: 21 GIF animated graphs let you know all kinds of mathematical concepts

• 1, the ellipse of the descriptive
• 2, Yang Hui triangle problem (Pascal triangles) solution
• 3, using "FOIL" easy to solve two-item multiplication
• 4. Technique of logarithmic solution
• 5. The technique of matrix transpose
• 6. Pythagorean theorem
• 7, the outer corner of the polygon is always equal to 360 degrees
• 8, Pi Pi
• 9, a radian is exactly equal to the length of the radius of a circular arc of the central angle
• 10, use sine (red) on the y-axis, use cosine (blue) on the x-axis, then draw a ring on the XY axis plane (black)
• 11, the previous principle, but more simple
• 12. This is the application of sin and cos to the triangle
• 13, cosine is a derivative of the sine
• 14. Tangent line
• 15, ibid, but look at the face, easier to understand
• 16. Convert a formula from Cartesian coordinates to axis coordinates
• 17. Draw Parabolic Line
• 18, Li Man (Riemann sum) is approximately equal to the area under its curve
• 19. Hyperbola
• 20, the hyperbolic expression in the form of a triple, perhaps you do not believe that it is completely in line painted

"Let's face it; mathematics is not easy, but when you conquer the problem and reach a new level of understanding, that is what it gives you in return." "--danica McKellar

Mathematics is hard science, but because it is the language that scientists use to interpret the universe in mathematics, we inevitably have to learn it. Take a look at these animated GIF diagrams, which provide a visual way to help you understand the various mathematical techniques.

1, the ellipse of the descriptive

2, Yang Hui triangle problem (Pascal triangles) solution

3, using "FOIL" easy to solve two-item multiplication

4. Technique of logarithmic solution

5. The technique of matrix transpose

6. Pythagorean theorem

7, the outer corner of the polygon is always equal to 360 degrees

8, Pi Pi

9, a radian is exactly equal to the length of the radius of a circular arc of the central angle

10, use sine (red) on the y-axis, use cosine (blue) on the x-axis, then draw a ring on the XY axis plane (black)

11, the previous principle, but more simple

12. This is the application of sin and cos to the triangle

13, cosine is a derivative of the sine

14. Tangent line

15, ibid, but look at the face, easier to understand

16. Convert a formula from Cartesian coordinates to axis coordinates

17. Draw Parabolic Line

18, Li Man (Riemann sum) is approximately equal to the area under its curve

19. Hyperbola

20, the hyperbolic expression in the form of a triple, perhaps you do not believe that it is completely in line painted

You can even achieve this effect:

From: Foreign periodicals It reviews

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Recommendation: 21 GIF animated graphs let you know all kinds of mathematical concepts