Name: [116] Erik Thompson
Member: 36 months
Authored: 44 videos
Description: Hi! I am currently a full time student at California State University Long Beach. I recently began to do research in molecular dynamics. I have interests in Python programming, physics, chemistry, and 3D simulation. Also I like bird watching! Here are some of photos I've taken: http://ww ...

[030] VPython - Physics and 3D in Python  (9 videos)

a series of video-tutorials by Erik Thompson

Interested in 3D programming, physics and Python? Erik Thomspon introduces 3D programming using the VPython toolkit covering a number of subjects including gravity, friction, and tension demonstrating falling balls, weights, wind and satellites.

Video Tutorials

[079] VPython: Projectile Motion 1

This is the first video in this tutorial series. It briefly discusses where to find information to install python and the VPython libraries. Then we create a 3D program demonstrating the effect of gravity on a dropped object.

[080] VPython: Projectile Motion 2

This episode continues from the last episode in which a ball was dropped to the earth. We modify that 3D program so the ball is thrown horizontally from the top of a building.

[081] VPython: Projectile Motion 3

This episode continues from the last episode in which a ball was thrown horizontally off a building. In this episode we modify that 3D program so the ball is thrown at an angle from the ground.

[082] VPython: Projectile Motion 4

This episode continues from the last episode in which a ball was thrown at an angle from the ground. We modify that 3D program so an artificial wind pushes the ball while it is in flight.

[083] VPython: Friction

This episode continues from the last episode in which wind altered the path of a thrown ball. We modify that program so that a thrown puck slides until friction slows it to a stop. Newton's three laws of motion are also discussed.

[084] VPython: Force, Motion & Vectors

This is a cleaned up version of the last program and also a review of previous topics. Special emphasis is placed on using vectors and the relationship between force, accleration, velocity, and position vectors. New topics include the norm of a vector and the magnitude of a vector.

[085] VPython: Tension

In this episode we model an experiment in which a string is tied to an object on a table and to a weight hanging off the edge. The mass of the weight is increased until the book slides. Tension and friction are the key topics.

[086] VPython: Gravity

In this episode we model satellites orbiting the earth. Topics include the Universal Law Of Gravitation, Uniform Circular Motion, and vector subtraction.

[087] VPython: Spring Force

In this episode we model the behavior of a spring according to Hooke's Law and take a look at dragging and dropping objects in VPython.

Kudos and Thanks for Erik

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Learning Paths

This series lies on the following learning-paths. Learning-paths are a new initiative at Showmedo, to start structuring our content better. You can find out more here.

Ian Ozsvald You will have learned how to write several complete applications including an image viewer [...]
Ian Ozsvald You'll know how to use Python for math and physics and you'll have tools that are similar [...]

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