Dynamics and mechanical energy conservation Manufacturer,Supplier and Exporter in India
Product Code : SCL-MH-12614
Quick Answer: This Dynamics and Mechanical Energy Conservation apparatus is a 1.8 m track system with 2 low-inertia carts, photogates and helical springs for kinematics, dynamics and energy experiments. A photogate timer with a 4-digit LED display records the cart transits.
Last updated: October 2026
Key Features
- Linear guide track 1.8 m long on an extruded anodised aluminium base
- 2 balanced dynamics carts with built-in impulse spring bumpers
- Microprocessor photogate system with a 4-digit LED display
- Interlocking chrome-plated weight blocks of 10 g, 20 g, 50 g and 100 g
- Calibrated helical springs for work done by an elastic force
- Gravitational and elastic pendulum set-ups for energy in periodic motion
Technical Specifications
| Specification | Value |
|---|---|
| Track | 1.8 m, extruded anodised aluminium |
| Carts | 2, low-inertia, spring bumpers |
| Timer | Photogate system, 4-digit LED panel |
| Masses | 10 g, 20 g, 50 g, 100 g chrome-plated blocks |
| Springs | Calibrated helical springs |
About This Product
The track supports a full sequence of mechanics practicals: average and instantaneous velocity, uniform and uniformly accelerated motion, inertia, impulse, friction and the law of dynamics. Springs extend the work to variable forces, and the pendulum set-ups follow kinetic and potential energy through a swing, ending with a check that mechanical energy stays constant when only conservative forces act.
Frequently Asked Questions
What kinds of experiments does the apparatus cover?
Kinematics and reference frames, forces and inertia, impulse and friction, work by constant and variable forces, conservation of mechanical energy, and gravitational and elastic pendulums.
How long is the track?
The linear guide track is 1.8 m long.
Related: Mechanics & Heat, THE DYNAMICS AND CONSERVATION OF MECHANICAL ENERGY and Apparatus for the verification of the principle of mechanical energy conservation.
For a quotation on the Dynamics and mechanical energy conservation, contact Educational Instrument.
