Time of Flight Pad sensor to precisely measure how long a projectile has been in motion, determine the launch speed of a projectile, along with the time the projectile is in flight, allow students to see just how kinematic calculations work in rea
Youngs Modulus Supplementary Set, 12 Flat Bars Made Of Steel (Thickness: 2 / 3 mm), 6 Flat Bars Made Of Aluminium (Thickness: 3 mm), With The Effective Lengths Of 200, 300 And 400 mm And The Widths Of 10 And 20 mm For Measurement Of Elastic Deformation.
Component Balance, Measuring Range: 0-0.3 N, Diameter Of The Scale: 170 mm, Dimensions: Approx. 350X220 mm2, Rod Diameter: 10 mm, Weight: Approx. 0.9 Kg, Scales For Measuring Components With Holding Mechanism For Measuring Air Resistance And Buoyancy Of Bodies From Set.
Apparatus For Measuring YoungS Modulus, Battery For Strain Gauge Unit: 9 V, 6F22, Dimensions: 550 X 280 X 500 mm3, For Investigating The Elastic Deformation Of Rods Of Flat Geome-Try And For Determining The Modulus Of Elasticity.
Whiteboard Mechanics system consists of a large, colorful, and easy-to-see components, made of heavy-gauge aluminum and stored in a foam cushioned storage case. Setting up a demonstration is quick and simple!
Determining the gravitational constant, with the gravitation torsion balance after Cavendish- Measuring the excursion with a light pointer, Required but not included: Laser light pointer
Measuring the air resistance as a function of the wind speed with the precision manometer Measuring the drag coefficient cW: relationship between air resistance and body shape, Measuring the pressure curve on an airfoil profile
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