Centre of Gravity Eccentricity Apparatus
Product Specification Sheet
Centre of Gravity Eccentricity Apparatus
Model Number: MTM-93
The Centre of Gravity Eccentricity Apparatus from Micro Technologies is designed to demonstrate how the position of the centre of gravity relative to the support polygon affects the stability of a structure. The MT-10559 enables masses to be positioned symmetrically or asymmetrically to investigate stability, eccentric loading, balance and overturning behaviour.
Product Specification
The Centre of Gravity Eccentricity Apparatus from Micro Technologies is a mechanics demonstration apparatus designed to investigate the relationship between centre of gravity, load distribution, support area and structural stability.
The MT-10559 provides a practical representation of an important principle used in structural and architectural design: the position of the centre of gravity of a loaded structure significantly influences whether that structure remains stable or tends to overturn.
In architectural and structural applications, it is often desirable to create large unobstructed internal spaces while supporting substantial loads. This makes an understanding of load placement and centre-of-gravity location important when evaluating stability.
The apparatus allows suitable masses to be positioned in different configurations. When the masses are arranged symmetrically, the resulting centre of gravity can remain suitably located relative to the supporting base. When the masses are positioned asymmetrically, the centre of gravity shifts toward one side.
The experiment demonstrates the importance of the support polygon, which is the effective area defined by the supporting points of a structure. For stable equilibrium, the vertical projection of the combined centre of gravity should generally remain within this supporting area.
By repositioning the masses, users can observe how eccentric loading changes the balance of the apparatus. As the centre of gravity approaches the edge of the support area, stability decreases. If its vertical line of action moves beyond the effective support boundary, the structure tends to overturn.
This makes the apparatus useful for demonstrating stable equilibrium, eccentric loading, overturning tendency, weight distribution, centre of mass and structural stability.
Manufactured and supplied by Micro Technologies, the Centre of Gravity Eccentricity Apparatus is suitable for physics laboratories, mechanics laboratories, structural engineering laboratories, civil engineering laboratories, research facilities and other environments conducting stability and equilibrium investigations.
Features
- Centre of gravity demonstration apparatus
- Designed for eccentricity investigations
- Demonstrates structural stability
- Supports symmetrical mass positioning
- Supports asymmetrical mass positioning
- Demonstrates support polygon principle
- Suitable for eccentric loading experiments
- Shows effect of shifting centre of gravity
- Useful for equilibrium investigations
- Mechanical experimental arrangement
- Reusable laboratory apparatus
- Suitable for comparative demonstrations
Benefits
- Provides a clear demonstration of centre-of-gravity eccentricity
- Helps explain how mass distribution influences stability
- Demonstrates the importance of support area
- Allows symmetrical and asymmetrical loading to be compared
- Shows the relationship between centre of gravity and overturning
- Useful for mechanics and structural stability investigations
- Helps connect theoretical stability concepts with practical observations
- Requires no complex electronic instrumentation
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Centre of Gravity Eccentricity Apparatus |
| Model No. | MT-10559 |
| Product Type | Stability & Centre of Gravity Apparatus |
| Loading Arrangement | Variable |
| Symmetrical Loading | Supported |
| Asymmetrical Loading | Supported |
| Main Principle | Centre of Gravity |
| Additional Principle | Support Polygon |
| Experimental Study | Stability & Eccentricity |
| Operation | Mechanical |
| Power Requirement | None |
| Primary Application | Stability & Equilibrium Experiments |
Experimental Principles
| Concept | Demonstration |
|---|---|
| Centre of Gravity | Position of Resultant Weight |
| Eccentricity | Offset of Centre of Gravity |
| Support Polygon | Effective Supporting Area |
| Symmetrical Loading | Balanced Mass Distribution |
| Asymmetrical Loading | Shifted Centre of Gravity |
| Stable Condition | Line of Gravity Within Support Area |
| Reduced Stability | Centre of Gravity Approaches Support Edge |
| Overturning | Line of Gravity Moves Beyond Support Boundary |
Available Model
| Model No. | Product |
|---|---|
| MT-10559 | Centre of Gravity Eccentricity Apparatus |
Applications
- Centre of gravity experiments
- Eccentric loading investigations
- Structural stability demonstrations
- Support polygon experiments
- Stable equilibrium investigations
- Centre of mass studies
- Symmetrical loading experiments
- Asymmetrical loading experiments
- Overturning tendency demonstrations
- Weight distribution investigations
- Mechanics laboratory experiments
- Structural engineering laboratory demonstrations
Available Variants
Centre of Gravity Eccentricity Apparatus, Eccentricity of Centre of Gravity Apparatus, Structural Stability Apparatus, Support Polygon Apparatus, Eccentric Loading Demonstrator, Centre of Mass Stability Apparatus, Gravity and Stability Apparatus
SKU System
MT-CGE-10559
FAQs
What is the MT-10559 Centre of Gravity Eccentricity Apparatus used for?
The MT-10559 is designed to demonstrate how centre-of-gravity position and mass distribution affect the stability of a supported structure.
What is meant by eccentricity of the centre of gravity?
Eccentricity refers to the offset of the centre of gravity from a reference or central position, usually caused by unequal or asymmetrical mass distribution.
What is a support polygon?
The support polygon is the effective area defined by the contact or supporting points of a structure. Its relationship with the vertical line through the centre of gravity is important in determining stability.
Can symmetrical and asymmetrical loading be demonstrated?
Yes. The apparatus allows masses to be arranged symmetrically or asymmetrically so their effects on the centre of gravity and stability can be compared.
When does a structure become unstable?
A structure becomes increasingly unstable as the vertical line through its centre of gravity approaches the edge of its supporting area. If this line passes outside the effective support boundary, the structure can overturn.
Can this apparatus demonstrate overturning tendency?
Yes. By changing the mass distribution, the apparatus can demonstrate how an eccentric centre of gravity can increase the tendency of a structure to overturn.
Does the MT-10559 require electricity?
No. The apparatus operates on mechanical principles and does not require an electrical power supply.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Model MT-10559
- Demonstrates centre-of-gravity eccentricity clearly
- Suitable for symmetrical and asymmetrical loading
- Supports stability and equilibrium investigations
- Simple mechanical operation
- Suitable for repeated laboratory demonstrations
- Institutional, OEM, bulk and distributor supply available
Call to Action
Choose the Centre of Gravity Eccentricity Apparatus – MT-10559 from Micro Technologies for practical investigations of centre of gravity, eccentric loading, support polygons and structural stability. Contact us for competitive pricing, institutional procurement, bulk orders, OEM requirements, distributor supply and customized quotations.
