HP-50g Calculator Tutorialby
Merv Newton
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| Lesson 1 Introduction and Basic Operations |
Lesson 2 Functions and Tables |
Lesson 3 Introduction to Graphing |
| Lesson 4 More Graphing: Choosing the Graph Window |
Lesson 5 Power and Exponential Functions |
Lesson 6 Trigonometric and Hyperbolic Functions |
| Lesson 7 Bisecion Method |
Lesson 8 Finding and Graphing Derivatives |
Lesson 9 Connectivity and Backup |
| Lesson 10 Finding Zeros and Extrema |
Lesson 11 Newton's Method |
Lesson 12 Slope Fields |
| Lesson 13 Sigma Notation |
Lesson 14 Definite Integral |
Lesson 15 Trapezoidal Rule and Simpson's Rule |
| Lesson 16 Graphs of Areas |
Lesson 17 Antiderivative |
Lesson 18 Sequences |
| Lesson 19 Series |
Lesson 20 Taylor Polynomials |
Lesson 21 Graphing Parametric Functions |
| Lesson 22 Polar Coordinates and Graphs |
Lesson 23 Random Numbers and Custom Menus |
Lesson 24 Function Agreement |
| Lesson 25 Basic Vector Operations |
Lesson 26 Cylindrical and Spherical Coordinates |
Lesson 27 Vector Calculus |
| Lesson 28 Multivariate and Complex Functions |
Lesson 29 3 Dimensional Graphics |
Lesson 30 The Matrix Writer and Matrix Arithmetic |
| Lesson 31 The Matrix Menus |
Lesson 32 Solving Polynomials |
Lesson 33 TOOL and STACK Menus |
| Lesson 34 Working with Units |
Lesson 35 Statistics |
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| Below are other resources you may find helpful. | ||
| An Introduction to Programming HP Graphing Calculators | More Programming Commands | |
| Differential Equations on the HP 50g | ||
| Cubic Splines on the HP 50g | ||
Last Modified: August 1, 2011
The author would like to thank Professor Max Shellenbarger, Jason Berkoben '07, Kaitlyn Scherer '09, and Kari Zeleznick '09 for their help in proof reading this and previous editions of this work.
If you have comments, questions, or corrections regarding this material please contact the author, Merv Newton
©Copyright: Mervin E. Newton, 2008