Model No:SPH-M004
To study the variation of moment of inertia of a system with the variation in the distribution of mass and hence to verify the theorem of parallel axes
Moment of Inertia Apparatus for Verification of the Parallel Axis Theorem – SPAQ LABS
The Moment of Inertia Apparatus by SPAQ LABS is designed for physics laboratory experiments to study the variation of the moment of inertia of a system with changes in mass distribution and to verify the Parallel Axis Theorem experimentally.
The apparatus enables students to investigate how the moment of inertia changes when the axis of rotation is shifted parallel to an axis passing through the centre of gravity. By varying the distribution of mass and measuring the corresponding rotational behaviour, students can understand the relationship between mass, distance from the axis of rotation, and moment of inertia.
This educational physics apparatus is suitable for undergraduate physics laboratories, engineering colleges, universities, and science teaching institutions. It provides a practical demonstration of rotational dynamics and the Parallel Axis Theorem.
Aim : Determine the moment of inertia of the stated body or system using the method named in the product title.
Specifications:
Principle: Rotational dynamics and moment of inertia
Objective: To study the effect of mass distribution and verify the Parallel Axis Theorem
Axis of Rotation: Parallel axes at different distances from the centre of gravity
Construction: Metal bar with regularly spaced holes and a movable clamp
Bar Length: Approximately 1 metre
Bar Finish: Chrome-plated
Clamp Finish: Painted
Measurement Accessories: Metre scale and stopwatch
Application: Undergraduate physics and engineering laboratories
Brand: SPAQ LABS
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