This aplet takes a vector problem involving two objects having
an initial position and velocity and analyses it as 'closest
approach' style problem. A test tool rather than a
teaching tool.
Note(22/10/02): I have
updated this to show relative motion as well as absolute motion. More Information
Author: Colin Croft
.
First 50, The
This is a collection of small programs you can type in
yourself or download. They perform a multitude of small
tasks, some that are so easy you'll wonder why I wrote a program
for them, some that are really cool. For FAR more information click here.
Author: Colin Croft
.
Vector Calculations
This aplet is written for the HP39G and later models by Robert Fyfe, a year 11
student at Scotch College. It does closest approach
problems (including showing full working) in 2D and 3D as well
as dot products and division of vectors in a given ratio. There
are also two other programs which are not part of the aplet but
are worth looking at. More Information
Author: Colin Croft
.
Vector Derivatives
This aplet is based on the Parametric aplet and uses a set of
built-in vector functions to investigate graphically the
changing velocity and acceleration vectors. More Information
Author: Colin Croft
.
Vector Solve
This
aplet is written for the hp 39g+ by Andrew Vinciguerra, a student
in W.Australia. It does various vectors tasks in 2D and 3D
(no working shown).
Author: Andrew Vinciguerra <andrew_vinci@hotmail.com>
This aplet takes a vector problem involving two objects having
an initial position and velocity and analyses it as 'closest
approach' style problem. A test tool rather than a
teaching tool.
This aplet is based on the Parametric aplet and uses a set of
built-in vector functions to investigate graphically the
changing velocity and acceleration vectors.
This
aplet is written for the hp 39g+ by Andrew Vinciguerra, a student
in W.Australia. It does various vectors tasks in 2D and 3D
(no working shown).