Ballistic pendulum Manufacturer,Supplier and Exporter in India
Product Code : SCL-MH-12716
The Ballistic Pendulum by Educational Instrument India is a practical physics laboratory apparatus designed to demonstrate the principles of conservation of momentum, conservation of energy, projectile velocity, collision, and pendulum motion. It helps students understand how the velocity of a projectile can be determined by observing the swing of a pendulum after impact.
This apparatus is ideal for school physics laboratories, college science labs, STEM classrooms, and educational training institutes. It provides a hands-on method for studying inelastic collision, momentum transfer, kinetic energy, potential energy, launch velocity, and mechanical energy transformation in a clear and visual way.
Key Features
Designed for demonstrating conservation of momentum and energy.
Useful for measuring the velocity of a projectile using pendulum motion.
Helps students understand inelastic collision and momentum transfer.
Suitable for school, college, and STEM physics laboratories.
Provides a visual demonstration of kinetic energy changing into potential energy.
Simple and effective apparatus for classroom demonstrations and student practicals.
Durable laboratory-grade construction for repeated educational use.
Product Specifications
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Product Name |
Ballistic Pendulum |
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Brand |
Educational Instrument India |
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Product Type |
Physics Laboratory Momentum and Energy Apparatus |
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Application |
Projectile velocity, conservation of momentum, collision, and energy transformation experiments |
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Use |
Determining projectile speed by measuring the swing height or angle of a pendulum after impact |
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Learning Concepts |
Momentum, inelastic collision, kinetic energy, potential energy, projectile velocity, pendulum motion, and conservation laws |
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Main Components |
Pendulum catcher or bob, projectile launcher, support frame, angle scale, measuring scale, projectile ball, and accessories depending on model |
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Operation |
Manual launch 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 Ballistic Pendulum
Place the Ballistic Pendulum apparatus on a flat, stable, and dry laboratory table.
Check that the support frame, pendulum catcher, launcher, and angle scale are properly aligned.
Place the projectile ball in the launcher as per the experiment setup.
Ensure the pendulum catcher is at rest before launching the projectile.
Release the projectile using the launcher mechanism.
Observe the projectile striking the pendulum catcher and causing it to swing upward.
Record the maximum angle or height reached by the pendulum after impact.
Use the recorded reading to calculate projectile velocity using conservation of momentum and energy principles.
Repeat the experiment several times and compare the readings for accuracy.
After use, collect the projectile, reset the pendulum, and store all components safely.
Educational Applications
The Ballistic Pendulum is widely used in physics laboratories to teach collision and energy conservation concepts. It helps students understand how momentum is conserved during impact and how kinetic energy after collision can be converted into gravitational potential energy as the pendulum rises. This apparatus is useful for experiments related to projectile velocity, inelastic collision, conservation laws, pendulum motion, mechanics, and energy transformation.
Why Choose Educational Instrument India Ballistic Pendulum?
Designed for practical physics learning and classroom demonstrations.
Helps students understand momentum and energy conservation through direct observation.
Suitable for school and college laboratory practicals.
Useful for mechanics, projectile motion, and collision experiments.
Reliable, durable, and easy to operate under teacher supervision.
Safety Instructions
Use the apparatus only under teacher or laboratory instructor supervision.
Do not aim the projectile launcher toward people, glass, or fragile objects.
Keep hands and face away from the launcher and pendulum path during operation.
Use only the recommended projectile supplied or approved for the apparatus.
Ensure the apparatus is stable before launching the projectile.
Wait until the pendulum stops moving before resetting the apparatus.
Store the projectile and accessories safely after completing the experiment.
FAQ
- What is a Ballistic Pendulum used for?
A Ballistic Pendulum is used to determine projectile velocity and demonstrate conservation of momentum, inelastic collision, and energy transformation in physics laboratory experiments.
- Is this apparatus suitable for school laboratories?
Yes, the Ballistic Pendulum 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, kinetic energy, potential energy, projectile velocity, inelastic collision, pendulum motion, and mechanical energy transformation.
- How does a Ballistic Pendulum work?
A projectile strikes and becomes trapped in the pendulum catcher. The combined system swings upward, and the maximum height or angle reached is used to calculate the projectile’s initial velocity.
- Why is the collision in a Ballistic Pendulum called inelastic?
The collision is called inelastic because the projectile and pendulum move together after impact. Momentum is conserved during collision, but some kinetic energy is transformed into heat, sound, and deformation.
