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Windows ISBN 1-928550-03-7 Macintosh ISBN 1-928550-04-5
| Single |
£Ü150,000 |
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£Ü375,000 |
| 10-pack |
£Ü600,000 |
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MouseLab
Freeman Deutsch Philip M. Sadler Charles A. Whitney Stephen T. Engquist
Harvard University |
MouseLab takes an unusual approach to the study of kinematics as it explores the relationship
betwen displacement, accleration, and velocity. Users can manually sketch a graph wiht the mouse
showing the time history of one of these variables, and the program will calculate the other
two quantities automatically. Or, you can move an object directly on the screen and MouseLab
will plot the function and its derivatives for you. This form of graph manipulation encourages
students to predict an objects behavior based on newly acquired learning, and it allows for exploration
of functions and scenarios without the encumbrance of algebraic calculations.
MouseLab is excellent for interpreting word problems in terms of motion graphs and for constructing
graphs on the basis of verbal description. It is also ideal for mathematical activities like
manipulating space-time diagrams and functional graphs. The program contains several model that
can be used to show diferent types of manipulation: an elevator, a car, a rocket, and a falling
body. By working through the various scenarios, students will begin to clearly see the distinction
between constant velocity versus constant accleration.
The MouseLab format creates a valuable learning environment for students. The manual graphing
guarantees direct feedback from the hand to the eye (to the brain) as the curves change dynamically.
When one graph is manipulated, the others are immediately updated. When the motion is replayed,
a cursor line moves, underscoring the corespondence between the motion and the curve. In addition,
this program is an effective activity for team labs, and it works well in conjunction with MBL
assignments. 45 pp.
- Windows
ISBN 1-928550-03-7 Macintosh ISBN 1-928550-04-5
| Single |
£Ü150,000 |
| Site License |
£Ü375,000 |
| 10-pack |
£Ü600,000 |
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© 1996 by Physics Academic Software Publishing Organization. All
rights reserved. |
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- MouseLab Screen
- Constant Velocity
- Constant Acceleration
- Falling Body
- Setting Initial Velocity for Falling Body
- Positive Area Under Curve
- Area Under Curve
- Slope of the Curve
- Exponential Curve
- Simple Harmonic Motion
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- MiniMouseLab Java applet
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