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Brand: Reliant Lab
Reliant Lab Inertia Table with 6 inch Dia
SKU: TB-RE-66524
Estimated Delivery By: Apr 15 - Apr 17 
MRP : ₹5999 ₹3999
33% OFF!
Estimated Delivery By: Apr 15 - Apr 17 Easy Return
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₹3999 (Including GST)
MRP : ₹5999
33% OFF!
Get Extra ₹60 OFF on Prepaid Orders
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Short Description
Reliant Lab Inertia Table
With 6 inch Dia
Country of origin: India
Specifications
- Brand: Reliant Lab
- Product Quantity : 1 Piece
- Disc Material : Aluminum
- Disc Dia : 6 inch
Description
The Reliant Lab Inertia Table is a fundamental physics apparatus designed to demonstrate and quantitatively measure the moment of inertia of various objects. It operates on the principle of torsional oscillation, where a circular metal disk or platform is suspended by a high tensile torsion wire. By timing the oscillations of the table both with and without additional masses, students and researchers can calculate the rotational inertia of cylinders, spheres, and irregular shapes, providing a practical application of the laws of rotational dynamics.
Features
:- High Precision Torsion Wire: Equipped with a durable, high-tensile steel wire that provides a consistent restoring torque for accurate oscillation data.
- Sturdy Cast Iron Base: Features a heavy, vibration-resistant tripod base with leveling screws to ensure the apparatus remains perfectly horizontal.
- Low-Friction Design: Minimal air resistance and internal friction ensure long-lasting oscillations for more precise timing and reduced damping errors.
- Adjustable Clamping System: Includes secure top and bottom chucks that allow for easy replacement or tension adjustment of the torsion wire.
Applications
:- Verification of Parallel Axis Theorem: Used to experimentally prove the relationship between the moment of inertia about parallel axes.
- Material Testing: Used to determine the torsional rigidity of different wire materials by swapping the suspension filament.
- Inertia Calculation of Irregular Shapes: Allows for the determination of the moment of inertia of complex objects that are difficult to calculate mathematically.
- Engineering Mechanics Labs: Provides hands-on experience for engineering students to understand torque, angular acceleration, and rotational mass.
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