Autograph: Advanced Lesson Ideas

Free

Autograph: Advanced Lesson Ideas

Autograph 5 is free for all users, so we thought we would run a free professional development course on how to use Autograph to create interesting lesson plans.

During this course we will consider what makes Autograph special, focusing on more advanced level uses.

Download Autograph 5 for free here: completemaths.com/autograph/5

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Unit 9

In this section, we will cover:

1. Heron’s Formula (Area of a triangle)
2. The Incircle of a 3-4-5 Triangle
3. Mean Value of a function/Mean Value Theorem
4. Exploring inverse functions, and inverse trig
5. Steering Wheel simulation

Heron Autograph file

30.9 KB

Heron tutorial

6 mins
29.8 MB

3-4-5 Autograph file

36.7 KB

In-circle triangles tutorial

5 mins
21.3 MB

Mean value Autograph file

43.2 KB

Mean Value tutorial

6 mins
24.4 MB

Inverse Trig Autograph file

13.5 KB

Inverse Trig tutorial

5 mins
19.4 MB

Steering Autograph file

72.3 KB

Steering Image for Autograph

4.09 KB

Steering tutorial

8 mins
34.2 MB

Unit 10

In this section, we will cover:

1. The many representations of the circle
2. Conic sections (3D) and Star-Trek
3. Matrix transformations (2D and 3D)
4. Parametric plotting: projectiles
5. The Valentine heart!

Circles 1 Autograph file

35.7 KB

Circles 2 Autograph file

25.2 KB

Circles 3 Autograph file

24.4 KB

Circle 4 Autograph file

4.72 KB

Circles tutorial

7 mins
26.3 MB

Conics Autograph file

4.76 KB

Star Trek Audio file

1 min
928 KB

Star Trek video

1 min
8.69 MB

Star Trek 1 Autograph file

3.92 KB

Star Trek 2 Autograph file

19.3 KB

Conics tutorial

4 mins
24.3 MB

Matrices tutorial

5 mins
20.2 MB

Parametric 1 Autograph file

15.5 KB

Parametric 2 Autograph file

38.2 KB

Parametrics tutorial

7 mins
36.1 MB

Valentine Autograph file

10.1 KB

Heart tutorial

6 mins
19.8 MB

Unit 11

In this section, we will cover:

1. Introducing ‘e’ and why is ∫(1/x)dx = lnx+c
2. 1st Order Differential Eqns: terminal velocity
3. Dot product (2D and 3D)
4. 3D vectors, lines and planes
5. Volume of revolution

Calculus tutorial

7 mins
30.7 MB

Exponential Autograph file

7.91 KB

Logarithm Autograph file

16.4 KB

xy Autograph file

15.8 KB

Differential Equations tutorial

7 mins
37.3 MB

DE Autograph file

29.9 KB

Terminal Autograph file

9.84 MB

Fundamental Calculus tutorial

6 mins
23.4 MB

Fundamental Autograph file

17.2 KB

Closest Autograph file

11.8 KB

Cross planes Autograph file

21 KB

Cross Autograph file

22 KB

Dot 2D Autograph file

91.4 KB

Planes Autograph file

22 KB

Shortest Autograph file

29.9 KB

Planes tutorial

6 mins
37.3 MB

Surface Autograph file

12.1 KB

Volume Element Autograph file

8.63 KB

Volume-x Autograph file

9.47 KB

Volume-y Autograph file

8.62 KB

Volumes tutorial

5 mins
19.1 MB

Unit 12

In this section, we will cover:

1. Fitting models to data
2. Spearman’ Rank/Correlation Coefficient
3. x = g(x) iteration
4. Binomial and Poisson probabilities
5. Normal distribution: hypothesis testing

Fitting Functions tutorial

7 mins
24 MB

Best fit Log Autograph file

14.8 KB

Best Fit 1 Autograph file

20.8 KB

Best Fit 2 Autograph file

74.5 KB

Ranking tutorial

4 mins
8.85 MB

Ranking Autograph file

24.1 KB

Iteration tutorial

5 mins
16.4 MB

x=g(x) Autograph file

27.9 KB

Probability Distributions tutorial

7 mins
20.8 MB

Binomial Autograph file

5.9 KB

Poisson Autograph file

5.63 KB

Normal Distributions tutorial

4 mins
14.2 MB

Normal Autograph file

23.6 KB

Get up to Speed

If you would like to touch up on your autograph knowledge before this course, you can find some useful materials here: https://completemaths.com/autograph/webinar-materials

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