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Advanced Physics with the Xplorer GLX

Advanced Physics with the Xplorer GLX

Advanced Physics with the Xplorer GLX Lab Manual

PS-2817A

$8900

U.S. Educator Pricing

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 Additional User Resources

Check the User Resources Tab for:

  • Equipment and Materials List
  • Standards Correlations

 Standards Correlations

See our Standards Correlations for this curriculum.

These PASCO materials are correlated to US State content and assessment standards, US national standards, Canada and England standards.

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A collection of key physics experiments for mechanics, thermodynamics, waves, sound, light, electricity and magnetism. Each experiment is written to utilize the "stand-alone" capabilities of the Xplorer GLX. Includes experiment instructions, GLX experiment setup files and sample data.

How It Works

The Xplorer GLX is a powerful tool for science--giving you the option of performing probeware-based experiments even when you don't have computers available.

This probeware lab manual provides experiments written for using the Xplorer GLX as a stand-alone data collection and analysis device. Measure, analyze, print or save to a USB flash drive for further analysis or reports--all with the Xplorer GLX and the appropriate sensors.

The lab manual Includes 27 probeware-based Advanced Physics experiments in a 3-ring binder plus a USB Flash Drive loaded with resources.

Included on the Flash Drive:

  • Editable experiment instructions and teacher notes (provided in Microsoft Word and PDF)
  • Xplorer GLX setup files
  • Sample data
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Features

The complete list of experiments:

  • Freezing Water
  • Buoyancy and Density
  • Induction
  • Tension Situation #1
  • Tension Situation #2
  • Falling Objects
  • Acceleration and Force
  • Rockets
  • Conservation of Momentum
  • Electrical Equivalent of Heat
  • Ohm's Law
  • RC Circuits
  • Nuclear Radiation
  • Newton's Third Law
  • Conservation of Energy
  • Oscillations
  • Rotational Inertia
  • Conservation of Angular Momentum
  • Greenhouse Effect
  • Thermal Expansion
  • Radiation: Temperature of Sun
  • Absolute Zero
  • Magnetic Field of a Coil
  • Ideal Gas Law
  • Light Intensity versus Distance
  • Polarization: Malus' Law
  • Diffraction and Interference
  • Projectile Motion

 

Induction Lab: Your students will see the voltage change as the magnet passes through the coil—revealing for themselves a phenomenon central to power generation and electric motors.

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