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Inertia Of Motion

Inertia Of Motion

2065.0 INR/Piece

Product Details:

  • Power Manual operation (No electric power required)
  • Age Group School students (8 Years & above)
  • Product Type Inertia of Motion Apparatus
  • Material Metal frame with plastic components
  • Color Blue frame with red funnel and ball
  • Style Laboratory educational apparatus
  • Dimensions Approx. 30 cm x 15 cm x 10 cm
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Inertia Of Motion Price And Quantity

  • 2065.0 INR/Piece
  • 4 Piece

Inertia Of Motion Product Specifications

  • Approx. 30 cm x 15 cm x 10 cm
  • Blue frame with red funnel and ball
  • Laboratory educational apparatus
  • To demonstrate the principle of inertia of motion
  • School students (8 Years & above)
  • Metal frame with plastic components
  • Manual operation (No electric power required)
  • Inertia of Motion Apparatus
  • Hands-on science experiment
  • Ball and release mechanism included
  • Rounded edges and stable base for safe classroom use
  • Individually boxed for safe transport
  • Physics laboratory demonstration
  • Powder-coated for corrosion resistance
  • Lightweight and easy to carry
  • Ready to use, minimal setup required

Product Description

The Inertia of Motion Demonstration Apparatus is a high-quality educational instrument designed to demonstrate Newton's First Law of Motion, commonly known as the Law of Inertia. The apparatus consists of a sturdy metal frame with a spring-loaded plunger, a funnel-shaped guide, and a lightweight ball. It effectively illustrates how an object remains at rest or continues in uniform motion unless acted upon by an external force.

Manufactured from premium-quality mild steel with a durable powder-coated finish, the apparatus is built for long-lasting laboratory use. Its robust construction and simple operation make it an ideal teaching aid for physics laboratories, schools, colleges, engineering institutes, and science education centers.

This apparatus enables students to observe the effects of inertia through practical demonstrations, helping them understand one of the fundamental concepts of classical mechanics.



Explore Newton's First Law With Confidence

Give students an engaging introduction to the principle of inertia of motion using this robust and intuitive apparatus. The demonstration visually reinforces fundamental physics concepts, making learning both enjoyable and effective. Each unit is ready for immediate classroom integration without complicated assembly.


Designed for Safety and Portability

This apparatus prioritizes classroom safety with a stable base and rounded edges, reducing accident risk. Its lightweight design and compact size make it easy to transport between labs or classrooms, while durable construction ensures long-term usability, even in active learning environments.

FAQ's of Inertia Of Motion:


Q: How does the Inertia of Motion Demonstration Apparatus work?

A: The apparatus demonstrates inertia by using a manually operated release mechanism to set a ball in motion, visually showing that an object maintains its state of motion unless acted upon by an external force. This hands-on process helps students better comprehend Newton's First Law.

Q: What accessories are included with the apparatus?

A: Each set includes a powder-coated blue frame with a red funnel and ball, as well as a manual release mechanism. All components necessary for the demonstration are included, so teachers and students can start experiments right away.

Q: When and where should this apparatus be used?

A: The device is ideal for use during physics lessons, science fairs, or laboratory demonstrations in schools-or any educational setting focusing on basic motion principles. Its safety features and compact design make it suitable for classrooms and lab environments alike.

Q: What is the process for assembling and using the demonstration tool?

A: No complex assembly is required; the apparatus comes ready to use straight from its individual box. Simply set it on a stable surface, place the ball atop the funnel, and activate the release mechanism to perform the experiment.

Q: How does the design improve safety during demonstrations?

A: The apparatus is constructed with rounded edges and a stable base, minimizing the risk of injury or tipping during classroom use. The powder-coated finish also provides corrosion resistance, ensuring lasting safety and performance.

Q: What are the benefits of using this apparatus in science education?

A: By providing a clear, hands-on demonstration of inertia, the apparatus enhances students' understanding through visual learning. It also promotes engagement and curiosity, helping concepts stick beyond theoretical explanations.

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