Arbor Scientific

Arbor Scientific

Category: Content
Type: Youtube Video

Generated 2 weeks ago

New videos detected

  • SlowMoPhysics Contest Fan Favorite Winner

    Conservation of Momentum by Manistee High School Hypothesis: The higher density ball when colliding with a lower density ball will knock the lower density ball back no matter the size. Goal of Experiment: This experiment was testing how collision is affected by the masses of the objects colliding at the same speed. This experiment also tests and confirms Newton’s Third Law of Motion: For every act...

  • 2017 SlowMoPhysics Contest Winner: INERTIA BLOCKS

    Students stacked blocks with cardboard pieces attached to string in between. They were able to pull out the cardboard and see that the inertia of the blocks resisted changes in motion enough to stay where they were. Amador Valley High School

Arbor Scientific

Category: Content
Type: Youtube Video

Generated 1 month ago

New videos detected

  • #SlowMoPhysics was a fun contest for the class

    Our first video contest exceeded our expectations. Great to hear the Teachers and students had a good learning experience as well. Will definitely do more video contests in the future. http://slowmophysics.hscampaigns.com/

  • Portable way to show waves in the class room

    Easy changing of wave frequency! Excellent for showing diffraction, 2 source interference patterns, refraction, and reflection. http://www.arborsci.com/mini-ripple-tank

  • Playing with Spring Waves

    http://www.arborsci.com/spring-wave Replace those clunky old metal springs with our new "space age" semi-transparent plastic Spring Wave! Use this highly visible Spring Wave to observe phase reversal at the fixed end of wave pulses and to test fundamental and multiple vibrations. Experiment with determining the speed of propagation of transverse and longitudinal waves. There will be no more kin...

  • More Fun with Spring Waves

    A safe and fun way to explore waves for your students! http://www.arborsci.com/spring-wave

  • About time for Printed Angles on a Refraction Cup

    So many teachers were excited to see this new product! http://www.arborsci.com/refraction-cup2 Great for showing total internal reflection! Fill these semicircular cells with different liquids to observe their refractive properties. To help measure the angles, there is a printer "protractor" on the base of the cup that is marked with degrees along the curved edge.

  • Physics Teachers- Hand Crank Generators

    This married pair of Physics Teachers stayed and played at the Arbor Scientific booth for a while, and came back the next day to answer a puzzle when playing with the Hand Crank Generator hooked up to the 1 Farad capictor. http://www.arborsci.com/deluxe-hand-crank-generator

  • Sine Wave Generator and Mechanical Wave Driver

    http://www.arborsci.com/sine-wave-generator and http://www.arborsci.com/mechanical-wave-driver This teacher was able to calculate and set up to 15 nodes! The Sine Wave Generator is an excellent tool for generating waves with speakers or for our mechanical wave driver. It allows both the frequency (1-400 Hz/1 Hz resolution and 10-4000 Hz/10 Hz resolution) and amplitude of the sine wave output to ...

  • Mini Ripple Tank

    Our Mini Ripple Tank allows for detailed observation of all aspects of actual moving waves. http://www.arborsci.com/mini-ripple-tank Ripple tank wave generators are such a wonderful way to demonstrate the principles of wave propagation, reflection, refraction, diffraction and interference, but they can be time consuming to set up and take down. This Mini Ripple Tank addresses these issues by p...

  • AAPT Teachers - Rotational Inertia Demonstrator

    A beautiful and engaging investigation of angular motion! http://www.arborsci.com/rotational-inertia-demonstrator Observe the angular acceleration of the apparatus, and investigate the effects of changes in torque and inertia. Simply move the rope to a pulley of different radius to change the torque, or move the mass on the arm to change the moment of inertia. Qualitative observations are a snap...

  • AAPT Teachers Visit the Arbor Scientific Booth

    What a great meeting full of inspiring teachers from all over the world. We had so much fun watching them test out all our cool stuff. Here are some videos we took that we wanted to share with you.

Arbor Scientific

Category: Content
Type: Youtube Video

Generated 1 month ago

New videos detected

  • Sound and Waves Demonstrations

    The Mechanical Waves Value Pack is an important addition the laboratory of any teacher who is passionate about the physics of waves or the physics of sound. The applications for these materials are far reaching and they provide analogies for several topics in Physics, Chemistry, and other sciences. Read more in our January 2017 CoolStuff at http://www.arborsci.com/cool/mechanicalwaves

  • Monkey Hunter #SLOWMOPHYSICS

    The Problem of the Monkey and the Hunter: Buzz Putnam demonstrates this classic discrepant event! #slowmophysics Have you got a creative idea on how to capture physics in slow motion action? If so, enter the Arbor Scientific #SlowMoPhysics video contest by January 31, 2017 http://slowmophysics.hscampaigns.com

  • Forces on Inclined Plane Demonstrator

    This engaging piece of lab equipment makes the component theory of forces a tangible reality for every student. The Forces on Inclined Plane Demonstrator allows teachers and students to engage directly with these challenging concepts. The built-in digital scale reveals how the Normal Force changes dependent upon the angle, and the spring scale hooked to the cart will demonstrate how the Downhill P...

  • CoolStuff Watch & Win Contest! Click the contest link in description below to enter!

    If you watched this video, then you are READY TO ENTER TO WIN at our contest site http://coolstuff.hscampaigns.com

Arbor Scientific

Category: Content
Type: Youtube Video

Generated 6 months ago

Arbor Scientific

Category: Content
Type: Youtube Video

Generated 6 months ago

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