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Fourier Education 2012 Catalog

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MultiLab is a robust data analysis<br />

program that provides easy-to-use tools<br />

for students to:<br />

• Collect data<br />

• Analyze the data with<br />

sophisticated analysis tools<br />

• Create multimedia lab reports<br />

• View videos of experiments,<br />

complete with sensor data<br />

The new MultiLab 3.0 for NOVA5000<br />

features a more user-friendly Graphical<br />

User Interface (GUI), improved<br />

functionality, additional new functions<br />

and new sensor parameters.<br />

MultiLab 3.0 Key Benefits:<br />

• Easy Navigability<br />

• Finger-touch navigation, eliminating the need for a stylus<br />

• Represent data in different formats at the same time<br />

by toggling between graph, table and 4 meter views<br />

• Improved Functionality<br />

• Set up all sensors in one dialog box<br />

• Collect data from two sensors, with each sensor<br />

having its own Y axis along with its own scale<br />

• Create XY graphs at the push of a button<br />

• Open data from different files in the same graph<br />

• New toolbar for graph<br />

• New Features<br />

• Dynamic slope/tangent line – slope function that enables students<br />

to see the slope line and the slope value of any desired point of the graph<br />

• Area function to present the area under the graph, between two<br />

points on the graph, with the calculated area figure displayed<br />

• More Sensor Compatibility<br />

• Use the Ohaus balance 200gr ±0.01gr as a sensor. Students can view the<br />

mass changes in graph, table and meter views and conduct investigations<br />

into conservation of mass, rate of a chemical reaction, magnetic force,<br />

mass vs. density and evaporation<br />

• Measure velocity and acceleration with the Distance Sensor. Students can<br />

investigate the velocity and the acceleration vs. time of a moving body,<br />

with parameters now directly displayed<br />

• Improved parameters measured with the Rotary Motion Sensor. Students can<br />

investigate angular velocity and the angular acceleration of a pendulum, as well<br />

as Newton’s Second Law by measuring the distance, velocity and acceleration of<br />

a moving body<br />

Software > MultiLab 3.0 for NOVA5000<br />

49

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