The principle of equivalence
Product Code : SCL-PL-11426
The Einstein’s Equivalence Principle Experimental Suite is a
calibrated school instrument designed for the empirical demonstration of the
isomorphism between gravitational fields and accelerated reference frames.
Engineered for University and Advanced Secondary Physics, this 10-experiment
module facilitates quantitative analysis of free-fall dynamics and non-inertial
mechanics, adhering to ISO-standardized protocols for high-fidelity scientific
inquiry.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
Ruggedized Anodized Aluminum and High-Impact Technical
Polymers |
|
Experimental Scope |
10 Pre-configured modular experiments |
|
Primary Application |
Verification of Equivalence between Gravity and
Acceleration |
|
Compatibility |
Standardized interface for digital force sensors and
photogates |
Key Pedagogical:
- Controlled
Acceleration Trigger Mechanism: Allows students to analyze the
behavior of objects in non-inertial frames, validating the Equivalence
Principle through observable kinematic shifts.
- Modular
Free-Fall Components: Enables students to calculate
gravitational acceleration ($g$) and compare results with simulated
upward acceleration, supporting General Relativity introductory modules.
- 10-Experiment
Structured Guide: Facilitates the evaluation of Newtonian vs.
Einsteinian mechanics, allowing students to design complex
experiments that resolve the distinction between "true" gravity
and pseudo-forces.
International Logistics & Compliance
This school instrument is secured in export-grade seaworthy
crating (ISPM-15 compliant) to ensure the precision of the accelerated
reference frame components during global transit. Procurement documentation
includes the Manufacturer’s Authorization Form (MAF), optional IQ/OQ/PQ
Certification for institutional tenders, and comprehensive technical manuals in
English. The apparatus features a tropicalized design, laboratory-tested for
operational durability in high-humidity environments (up to 45°C / 90% Humidity),
preventing the mechanical friction or sensor drift common in non-OEM grade
hardware.
