Two-dimension collision apparatus Manufacturer,Supplier and Exporter in India
Product Code : SCL-MH-12711
The Two-Dimension Collision Apparatus by Educational Instrument India is a practical physics laboratory apparatus designed to demonstrate collision in two dimensions, conservation of momentum, vector resolution, elastic collision, inelastic collision, and motion analysis. It helps students understand how objects move after collision when momentum is distributed in different directions.
This apparatus is ideal for school physics laboratories, college science labs, STEM classrooms, and educational training institutes. It provides a hands-on method to study the relationship between mass, velocity, collision angle, direction of motion, and momentum before and after collision.
Key Features
Designed for studying two-dimensional collision experiments.
Useful for demonstrating conservation of momentum in different directions.
Helps students understand elastic and inelastic collision practically.
Suitable for experiments involving vector components of momentum.
Simple and effective apparatus for classroom demonstrations and student practicals.
Durable laboratory-grade construction for repeated educational use.
Ideal for school, college, and STEM physics laboratories.
Product Specifications
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Product Name |
Two-Dimension Collision Apparatus |
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Brand |
Educational Instrument India |
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Product Type |
Physics Laboratory Collision and Momentum Apparatus |
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Application |
Two-dimensional collision, momentum conservation, vector analysis, and mechanics experiments |
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Use |
Demonstrating collision between objects moving in different directions |
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Learning Concepts |
Conservation of momentum, collision angle, velocity, mass, vector components, elastic collision, and inelastic collision |
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Main Components |
Collision platform or track, balls or pucks, angle scale, launcher or guide arrangement, measuring scale, and accessories depending on model |
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Operation |
Manual demonstration and observation-based experiment |
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Material |
Durable laboratory-grade metal, plastic, and mechanical components depending on model |
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Suitable For |
Schools, colleges, physics laboratories, STEM labs, and training institutes |
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Condition |
New |
How to Use Two-Dimension Collision Apparatus
Place the apparatus on a flat, stable, and dry laboratory table.
Set the collision platform, guide rail, launcher, or track as per the experiment requirement.
Place the first ball or moving object at the starting point.
Position the second ball or target object at the required collision point.
Release or launch the moving object gently without applying extra force beyond the experiment setup.
Observe the direction and path of both objects after collision.
Measure the angles and distances covered by the objects using the scale or angle markings.
Record observations such as mass, direction, velocity, and collision angle.
Resolve momentum into horizontal and vertical components to verify conservation of momentum.
Repeat the experiment with different masses, angles, or starting positions to compare results.
After use, collect all components and store the apparatus safely.
Educational Applications
The Two-Dimension Collision Apparatus is widely used in physics laboratories to teach collision and momentum in two directions. It helps students understand how momentum is conserved as a vector quantity and how motion after collision depends on mass, velocity, and direction. This apparatus is useful for experiments related to elastic collision, inelastic collision, two-dimensional motion, vector analysis, force interaction, and Newtonian mechanics.
Why Choose Educational Instrument India Two-Dimension Collision Apparatus?
Designed for practical physics learning and classroom demonstrations.
Helps students understand momentum conservation through hands-on experiments.
Suitable for school and college laboratory practicals.
Useful for mechanics, vector analysis, and collision experiments.
Reliable, durable, and easy to use under teacher supervision.
Safety Instructions
Use the apparatus only under teacher or laboratory instructor supervision.
Ensure the apparatus is placed on a stable surface before starting the experiment.
Do not launch balls or objects with excessive force.
Keep hands and face away from the moving path of balls or pucks.
Check all parts and accessories before use.
Store balls, pucks, scales, and other components safely after the experiment.
FAQ
- What is a Two-Dimension Collision Apparatus used for?
A Two-Dimension Collision Apparatus is used to demonstrate collision, conservation of momentum, vector components, elastic collision, and inelastic collision in physics laboratory experiments.
- Is this apparatus suitable for school laboratories?
Yes, this apparatus is suitable for school physics labs, college laboratories, STEM classrooms, and educational training institutes.
- Which concepts can students learn from this apparatus?
Students can learn about conservation of momentum, two-dimensional motion, vector resolution, collision angle, velocity, mass, elastic collision, and inelastic collision.
- Can this apparatus demonstrate conservation of momentum?
Yes, the apparatus helps demonstrate conservation of momentum by allowing students to compare the motion and direction of objects before and after collision.
- Why is two-dimensional collision important in physics?
Two-dimensional collision helps students understand that momentum has both magnitude and direction. It provides a practical foundation for studying real-life motion, impact, and interaction between moving objects.
