Identical Track Race Apparatus
Product Specification Sheet
Identical Track Race Apparatus
Model Number: MTM-105
The Identical Track Race Apparatus from Micro Technologies is a dual-track mechanics apparatus consisting of two tracks with identical paths. The MT-10579N/4 is designed for comparative rolling-ball experiments involving release height, descent time, velocity, gravitational potential energy and kinetic energy, providing a clear visual demonstration of motion along identical trajectories.
Product Specification
The Identical Track Race Apparatus from Micro Technologies is designed for comparative investigations of rolling motion using two tracks having the same geometrical path.
The MT-10579N/4 incorporates two identical track profiles arranged side by side. This configuration provides controlled experimental conditions in which rolling balls can be released and their motion compared directly.
Because both tracks follow identical paths, differences in ball behaviour can be investigated by changing selected experimental conditions such as the initial release position or height while keeping the track geometry unchanged.
The apparatus provides a practical way to explore the relationship between height, gravitational potential energy, velocity and descent time. A ball positioned at an elevated point possesses gravitational potential energy represented approximately by:
PE = mgh
where m is mass, g is gravitational acceleration and h is vertical height.
As the ball descends, gravitational potential energy is progressively converted into translational and rotational kinetic energy, increasing the speed of the rolling ball.
The dual-track configuration makes it possible to compare two runs visually and examine how starting conditions influence the subsequent motion.
The apparatus can also be used to discuss the relationship between vertical position and travel time. A ball's height at a particular stage of its motion does not by itself uniquely determine how much time it has taken to reach that point; the complete path and preceding motion also influence the elapsed time.
By providing two identical trajectories, the apparatus isolates track shape as a controlled variable and enables clear comparative investigations of rolling dynamics, energy transformation, velocity and gravity-driven motion.
Manufactured and supplied by Micro Technologies, the Identical Track Race Apparatus is suitable for physics laboratories, mechanics laboratories, dynamics laboratories and facilities conducting comparative motion experiments.
Features
- Dual-track race apparatus
- Two identical track paths
- Model MT-10579N/4
- Side-by-side comparative configuration
- Suitable for rolling-ball experiments
- Supports release-height investigations
- Demonstrates gravity-driven motion
- Suitable for velocity comparisons
- Demonstrates potential energy
- Demonstrates kinetic energy
- Supports descent-time investigations
- Stable track construction
- Clear visual demonstration
- Simple mechanical operation
- No electrical power required
Benefits
- Identical tracks provide controlled comparative conditions
- Allows two rolling motions to be observed side by side
- Helps investigate the effect of release conditions
- Demonstrates gravitational potential energy conversion
- Provides practical observation of changing velocity
- Useful for studying rolling dynamics
- Track geometry remains constant between comparative trials
- Suitable for repeated experiments
- Requires no complex electronic instrumentation for basic demonstrations
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Identical Track Race Apparatus |
| Model No. | MT-10579N/4 |
| Product Type | Comparative Motion Track |
| Number of Tracks | 2 |
| Track Geometry | Identical |
| Track Arrangement | Side-by-Side |
| Motion Type | Rolling |
| Driving Force | Gravity |
| Release Position | Variable |
| Height Investigation | Supported |
| Descent-Time Comparison | Supported |
| Energy Study | Potential & Kinetic |
| Operation | Mechanical |
| Power Requirement | None |
| Primary Application | Comparative Motion Experiments |
Experimental Capabilities
| Experiment | Principle Studied |
|---|---|
| Identical Track Race | Comparative rolling motion |
| Ball Descent | Gravity-driven movement |
| Release Height | Effect of starting position |
| Descent Time | Comparative travel time |
| Potential Energy | Energy associated with height |
| Kinetic Energy | Energy developed during motion |
| Energy Conversion | Potential to kinetic energy |
| Velocity | Speed variation during descent |
| Rolling Dynamics | Translational and rotational motion |
| Identical Paths | Controlled track-geometry comparison |
Available Model
| Model No. | Product |
|---|---|
| MT-10579N/4 | Identical Track Race Apparatus |
Applications
- Identical track race experiments
- Rolling-ball motion experiments
- Ball descent investigations
- Release-height experiments
- Velocity comparison
- Descent-time investigations
- Gravity-driven motion studies
- Potential energy experiments
- Kinetic energy demonstrations
- Energy transformation experiments
- Mechanics laboratory investigations
- Dynamics experiments
Available Variants
Identical Track Race Apparatus, Dual Identical Track Apparatus, Identical Path Motion Track, Two Track Race Apparatus, Ball Race Track, Comparative Motion Track, Gravity Ball Track Apparatus, Rolling Motion Race Track
SKU System
MT-ITR-10579N-4
FAQs
What is the MT-10579N/4 Identical Track Race Apparatus used for?
The apparatus is used for comparative rolling-motion experiments involving identical track paths, release height, velocity, descent time and energy transformation.
How many tracks are provided?
The apparatus consists of two tracks with identical paths.
Why are identical tracks used?
Identical tracks keep the trajectory geometry constant, allowing other experimental variables such as release conditions to be compared more effectively.
Can the effect of ball release height be investigated?
Yes. Different release positions can be used to investigate how initial height and available gravitational potential energy influence the ball's motion.
What happens to the ball's potential energy during descent?
As the ball descends, its gravitational potential energy decreases and is converted primarily into translational and rotational kinetic energy, with some energy lost through friction and other effects.
Can descent time be compared using this apparatus?
Yes. The side-by-side tracks make it possible to conduct comparative observations of ball descent and travel time.
Does the height of a ball alone determine its elapsed descent time?
No. Height alone does not uniquely determine elapsed travel time; the object's previous motion, velocity and complete trajectory also influence when it reaches a particular position.
Does the apparatus require electrical power?
No. The MT-10579N/4 is a gravity-driven mechanical apparatus and requires no electrical power for standard experiments.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Model MT-10579N/4
- Two identical track profiles
- Controlled comparative experimental arrangement
- Suitable for motion and energy investigations
- Clear side-by-side demonstration
- Robust and reusable mechanics-track construction
- Institutional, bulk, OEM and distributor supply available
Call to Action
Choose the Identical Track Race Apparatus – MT-10579N/4 from Micro Technologies for practical investigations of rolling motion, release height, descent time, velocity and energy transformation. Contact us for competitive pricing, complete mechanics track configurations, institutional procurement, bulk orders, OEM requirements and distributor supply.
