Two-Dimensional Collision Apparatus
Product Specification Sheet
Two-Dimensional Collision Apparatus
Model Number: MTM-65
The Two-Dimensional Collision Apparatus from Micro Technologies is designed for practical investigations of collisions and momentum in two dimensions. A curved ramp delivers a steel ball toward another ball for collision experiments. The apparatus includes two 5/8-inch steel balls, one 16 mm glass ball, a 1-inch wooden plumb bob and instructions, providing a compact setup for mechanics laboratory demonstrations.
Product Specification
The Two-Dimensional Collision Apparatus from Micro Technologies is a mechanics laboratory apparatus designed for studying momentum, collisions, trajectories and motion in two dimensions.
Unlike one-dimensional collision experiments, where objects move along a single straight line, two-dimensional collisions involve motion along more than one direction after impact.
The apparatus uses a curved ramp to deliver a moving ball toward a second ball positioned for collision.
As the first ball travels down the ramp, gravitational potential energy is converted into kinetic energy, providing the moving ball with the velocity required for the collision.
When the moving ball strikes the target ball, the two specimens can move away from the collision point along different trajectories.
Students can observe these paths and analyze the motion in terms of separate horizontal vector components.
Momentum is represented by:
p = mv
where:
p = Momentum
m = Mass
v = Velocity
Because momentum is a vector quantity, a two-dimensional collision can be analyzed using components along perpendicular directions.
For an approximately isolated system, conservation of momentum may be considered separately along the x- and y-directions:
Σpₓ before = Σpₓ after
Σpᵧ before = Σpᵧ after
This makes the apparatus useful for demonstrating that momentum conservation is not limited to objects moving along a single straight line.
The experiment also helps students understand the difference between scalar and vector quantities, since both the magnitude and direction of velocity influence momentum.
The supplied ball specimens allow different experimental arrangements and comparative observations.
The set includes two steel balls measuring approximately 5/8 inch in diameter.
A 16 mm glass ball is also included, allowing experiments involving a ball with different material characteristics.
The apparatus additionally includes a 1-inch wooden plumb bob, which can provide a vertical reference during experimental setup and measurement.
By observing the directions of the balls after impact, students can investigate scattering angles, momentum vectors and collision geometry.
Depending on the experimental arrangement, the apparatus can support discussions of elastic and inelastic collisions, kinetic energy, momentum transfer and projectile trajectories.
The curved ramp provides a consistent path for introducing the moving ball into the collision area, improving repeatability compared with manually rolling a ball toward the target.
The experiment can be repeated with different ball combinations or collision alignments to compare resulting trajectories.
This makes the apparatus useful for both qualitative demonstrations and quantitative mechanics investigations.
Instructions are included to assist with proper setup and experimentation.
Manufactured and supplied by Micro Technologies, the Two-Dimensional Collision Apparatus is suitable for physics and mechanics laboratories requiring a practical setup for studying vector momentum and collision dynamics.
Features
- Two-Dimensional Collision Apparatus
- Curved ball-delivery ramp
- Designed for collision experiments
- Suitable for momentum studies
- Two steel balls included
- Approx. 5/8-inch steel ball diameter
- 16 mm glass ball included
- 1-inch wooden plumb bob included
- Demonstrates two-dimensional motion
- Suitable for vector momentum studies
- Supports trajectory observations
- Useful for collision-angle experiments
- Mechanical operation
- No electrical power required
- Instructions included
Benefits
- Demonstrates momentum conservation in two dimensions
- Helps students understand vector quantities
- Curved ramp provides controlled ball delivery
- Multiple ball specimens allow comparative experiments
- Supports observation of post-collision trajectories
- Helps explain momentum components in perpendicular directions
- Useful for studying collision angles
- Connects theoretical vector equations with practical observations
- Requires no electrical supply
- Suitable for repeated mechanics laboratory experiments
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Two-Dimensional Collision Apparatus |
| Product Type | Collision & Momentum Apparatus |
| Ball Delivery | Curved Ramp |
| Steel Balls | 2 Nos. |
| Steel Ball Diameter | Approx. 5/8 in. |
| Glass Ball | 1 No. |
| Glass Ball Diameter | Approx. 16 mm |
| Plumb Bob | Wooden |
| Plumb Bob Size | Approx. 1 in. |
| Motion Studied | Two-Dimensional |
| Primary Study | Collision & Momentum |
| Vector Analysis | Supported |
| Operation | Mechanical |
| Power Requirement | None |
| Instructions | Included |
| Use | Physics / Mechanics Laboratory |
Set Components
| Component | Quantity / Size |
|---|---|
| Curved Ramp Apparatus | 1 |
| Steel Balls | 2 × 5/8 in. |
| Glass Ball | 1 × 16 mm |
| Wooden Plumb Bob | 1 × 1 in. |
| Instructions | Included |
Applications
- Two-dimensional collision experiments
- Conservation of momentum studies
- Vector momentum experiments
- Collision dynamics investigations
- Ball trajectory experiments
- Momentum-transfer demonstrations
- Collision-angle studies
- Scattering experiments
- Elastic collision concepts
- Inelastic collision concepts
- Mechanics laboratory practicals
- Physics laboratory demonstrations
Available Variants
Two-Dimensional Collision Apparatus, 2D Collision Apparatus, Two-Dimensional Momentum Apparatus, Curved Ramp Collision Apparatus, Vector Collision Demonstrator, Momentum and Collision Apparatus, Physics Lab Collision Set
SKU System
MT-TDCA-Series
FAQs
What is the Two-Dimensional Collision Apparatus used for?
It is used to investigate collisions, momentum conservation and trajectories in two dimensions.
How does the apparatus create a collision?
A curved ramp delivers a moving ball toward another ball, producing a controlled collision for observation and analysis.
How many steel balls are included?
The apparatus includes two steel balls.
What is the diameter of the steel balls?
Each supplied steel ball has an approximate diameter of 5/8 inch.
Is a glass ball included?
Yes. The set includes one glass ball approximately 16 mm in diameter.
Is a plumb bob supplied?
Yes. A 1-inch wooden plumb bob is included with the apparatus.
Can conservation of momentum be studied in two directions?
Yes. Because momentum is a vector quantity, students can analyze its x- and y-components separately during a two-dimensional collision.
Can different ball combinations be investigated?
Yes. The supplied steel and glass specimens provide options for comparative collision demonstrations.
Does the apparatus require electricity?
No. The apparatus is mechanically operated and does not require an electrical power supply.
Are instructions included?
Yes. The Two-Dimensional Collision Apparatus is supplied with instructions.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Curved ramp for controlled collisions
- Two steel balls included
- Glass ball included
- Wooden plumb bob supplied
- Suitable for vector momentum experiments
- Useful for two-dimensional collision studies
- No electrical power required
- Institutional and bulk laboratory procurement available
- OEM supply requirements supported
Call to Action
Investigate momentum conservation, collision angles and vector motion with the Two-Dimensional Collision Apparatus from Micro Technologies. Its curved ramp and multiple ball specimens provide a practical setup for mechanics laboratory experiments. Contact us for institutional pricing, bulk procurement, OEM supply and customized quotations.
