Vernier Dynamics System

Product image for Vernier Dynamics System
Product image for Vernier Dynamics System
Product in use image for Vernier Dynamics System
Product in use image for Vernier Dynamics System
Product in use image for Vernier Dynamics System

Vernier Dynamics System is a low-friction black anodized track and optics bench combination designed for kinematics, dynamics, and optics experiments.

Description

We’ve engineered our dynamics system to be the best value in your physics classroom. Our carts are extremely low friction, and they stay that way due to sealed bearings. The machined wheels are truly round, unlike molded wheels. The Vernier Dynamics System is a perfect match for the Vernier Motion Detector.

Combination Dynamics Track and Optics Bench

The Combination Dynamics Track and Optical Bench is black anodized aluminum and includes a metric scale. Extremely rigid, this track will not sag under use. A collection of stops, feet, and brackets to hold Photogates and Motion Detector complete the kit.

Vernier Dynamics Carts

The Vernier carts are used for kinematics and dynamics experiments. Attach a Dual Range Force Sensor or Wireless Dynamics Sensor System, or use the carts with our redesigned Vernier Motion Detector. Roll the cart down a ramp to study constant acceleration, or use two carts to study momentum conservation. With extremely low friction due to sealed bearings and machined wheels, this superior cart gives very high quality data. Interchangeable magnetic and hook-and-pile end caps makes it versatile. The Plunger Cart has a spring-loaded plunger for consistent collisions, while the Standard Cart is similar, but has no plunger. Vernier carts are compatible with other common carts and tracks.

Need a Longer Track?

The Vernier Dynamics System – Long Track includes the same carts and accessories as the standard system, but substitutes a 2.2 m track for the 1.2 m track.

Experiments and Lab Ideas

Lab Ideas and Innovative Uses

What’s Included

  • Standard cart with magnetic and hook-and-pile end caps
  • Plunger cart with magnetic and hook-and-pile end caps
  • Mass – 500 g
  • Combination 1.2 m dynamics track/optics bench
  • Adjustable leveling feet
  • Mounting hardware for Dual-Range Force Sensor and accelerometers
  • Adjustable end stop
  • Motion detector bracket
  • 2 photogate brackets
  • Rod clamp
  • User manual

Recommended Accessories

Ordering Information

Due to the product weight, additional shipping charges may apply.

NameOrder CodePriceQuantity
Vernier Dynamics SystemVDS$279
Vernier Dynamics System with Long TrackVDS-LONG$399
Optional Accessories
Optics Expansion KitOEK$169
Color Mixer KitCM-OEK$150
Combination 2.2 m Track/Optics BenchTRACK-LONG$229
Bumper and Launcher KitBLK$89
Track-to-Track CouplerT2T-VDS$30
Ultra Pulley AttachmentSPA$24
Pulley BracketB-SPA$12
Friction PadPAD-VDS$30
Cart FanFAN-VDS$60
Cart Picket FencePF-CART$6
Diffraction ApparatusDAK$549

Related Products

Educational use only: Vernier products are designed for educational use. They are not appropriate for industrial, medical, or commercial applications. Product usage disclaimer »

ORDER CODE VDS
$279

Sample Data

A demonstration of impulse illustrating the changes in force and velocity experienced by a colliding Dynamics Cart striking a bumper. This experiment employs a Dual-Range Force Sensor and a Motion Detector and is found in <i>Physics with Vernier</i>.
A demonstration of impulse illustrating the changes in force and velocity experienced by a colliding Dynamics Cart striking a bumper. This experiment employs a Dual-Range Force Sensor and a Motion Detector and is found in Physics with Vernier.
Sample data demonstrating the variation of force and change in position experienced by a colliding Dynamics Cart striking a bumper. This experiment employs a Dual-Range Force Sensor and a Motion Detector and is found in <i>Physics with Vernier</i>.
Sample data demonstrating the variation of force and change in position experienced by a colliding Dynamics Cart striking a bumper. This experiment employs a Dual-Range Force Sensor and a Motion Detector and is found in Physics with Vernier.
Symmetry in position and velocity during the collision of two Dynamics Carts of equal mass and initial speed. This demonstration of the Law of Conservation of Momentum employs two Motion Detectors.
Symmetry in position and velocity during the collision of two Dynamics Carts of equal mass and initial speed. This demonstration of the Law of Conservation of Momentum employs two Motion Detectors.
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