Newton’s Second Law of Motion Apparatus
Product Specification Sheet
Newton’s Second Law of Motion Apparatus
Model Number: MTM-50
The Newton’s Second Law of Motion Apparatus from Micro Technologies is designed to demonstrate that two bodies can strike the floor at approximately the same time even when their horizontal velocities are different, provided their vertical conditions are comparable. The apparatus consists of a base, spring plunger and two steel balls, including one solid and one pre-drilled ball. An instruction sheet is supplied.
Product Specification
The Newton’s Second Law of Motion Apparatus from Micro Technologies is a compact mechanics laboratory apparatus designed for practical demonstrations involving motion, gravity and the independence of horizontal and vertical components of motion.
The apparatus demonstrates an important mechanics concept by allowing two steel balls to undergo different horizontal motions while experiencing comparable vertical acceleration due to gravity.
The experiment is arranged so that the two bodies can reach the floor at approximately the same time even though their horizontal velocity components are different.
This helps students understand that horizontal motion does not determine the rate at which an object falls vertically under ideal projectile-motion conditions.
The apparatus consists of a base, spring plunger and two steel balls. Of the two balls supplied, one is solid and the other is pre-drilled for use with the apparatus mechanism.
The spring plunger provides the mechanical action required for the demonstration and enables the motion of the specimens to be initiated in a controlled manner.
Once released, gravity acts vertically on the bodies. Their vertical motion can be considered separately from their horizontal motion.
For an idealized falling object, vertical displacement may be represented by:
Vertical Distance = ½gt²
where:
g = acceleration due to gravity
t = time of fall
The horizontal motion of a projected body can be represented as:
Horizontal Distance = Horizontal Velocity × Time
These relationships help explain why two bodies beginning from the same height can have similar falling times despite having different horizontal velocities.
The apparatus therefore provides a useful practical connection between Newtonian mechanics, projectile motion, acceleration due to gravity and vector components of motion.
Students can observe the demonstration and compare it with theoretical predictions, helping reinforce concepts that may otherwise be difficult to understand from equations alone.
The apparatus can also be used to introduce the idea that motion in two dimensions can be resolved into separate horizontal and vertical components.
Its compact mechanical configuration makes it suitable for repeated instructor demonstrations and student laboratory practicals without requiring an electrical supply.
The apparatus is supplied with an instruction sheet to support appropriate setup and experimental operation.
Manufactured and supplied by Micro Technologies, the Newton’s Second Law of Motion Apparatus is suitable for physics and mechanics laboratories requiring a simple apparatus for demonstrating fundamental concepts of motion.
Features
- Newton’s Second Law demonstration apparatus
- Demonstrates horizontal and vertical motion
- Two steel balls supplied
- One solid steel ball
- One pre-drilled steel ball
- Spring plunger mechanism
- Supporting base included
- Mechanical operation
- Demonstrates simultaneous falling behavior
- Useful for projectile-motion concepts
- Suitable for gravity demonstrations
- Compact laboratory design
- No electrical supply required
- Instruction sheet included
Benefits
- Provides a clear visual motion demonstration
- Helps explain independent motion components
- Demonstrates the effect of gravity on falling bodies
- Shows that different horizontal velocities need not change falling time
- Supports understanding of projectile motion
- Helps connect equations with physical observations
- Spring mechanism provides convenient experimental operation
- Compact construction requires minimal laboratory space
- Suitable for repeated classroom demonstrations
- Useful for mechanics and dynamics practicals
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Newton’s Second Law of Motion Apparatus |
| Product Type | Motion Demonstration Apparatus |
| Base | Included |
| Launch / Release Mechanism | Spring Plunger |
| Steel Balls | 2 |
| Ball Type 1 | Solid |
| Ball Type 2 | Pre-Drilled |
| Motion Demonstrated | Horizontal & Vertical |
| Operation | Mechanical |
| Power Requirement | None |
| Instruction Sheet | Included |
| Primary Application | Laws of Motion Demonstration |
| Related Studies | Projectile Motion & Gravity |
| Use | Physics / Mechanics Laboratory |
Set Components
| Component | Quantity / Details |
|---|---|
| Base | 1 |
| Spring Plunger | 1 |
| Solid Steel Ball | 1 |
| Pre-Drilled Steel Ball | 1 |
| Instruction Sheet | Included |
Applications
- Laws of motion experiments
- Horizontal and vertical motion studies
- Projectile motion demonstrations
- Falling body experiments
- Gravity demonstrations
- Two-dimensional motion studies
- Motion component analysis
- Mechanics laboratory experiments
- Dynamics demonstrations
- Physics laboratory practicals
- Instructor-led science demonstrations
Available Variants
Newton’s Second Law of Motion Apparatus, Newton Law Motion Apparatus, Horizontal and Vertical Motion Apparatus, Falling Ball Motion Apparatus, Spring Plunger Motion Apparatus, Physics Lab Laws of Motion Apparatus
SKU System
MT-NSLM-Series
FAQs
What is Newton’s Second Law of Motion Apparatus used for?
The apparatus is used for practical demonstrations involving motion, gravity and the relationship between horizontal and vertical components of motion.
How many steel balls are supplied?
The apparatus is supplied with two steel balls.
What types of steel balls are included?
One steel ball is solid, while the second is pre-drilled for use with the experimental mechanism.
Does the apparatus include a spring mechanism?
Yes. A spring plunger is included as part of the apparatus.
What does the experiment demonstrate?
It demonstrates that two bodies released under comparable vertical conditions can reach the floor at approximately the same time despite having different horizontal velocities.
Does horizontal velocity affect the vertical acceleration due to gravity?
In the idealized projectile-motion model, horizontal velocity does not change the object's vertical acceleration due to gravity.
Can the apparatus be used for projectile motion studies?
Yes. It is useful for explaining the separation of horizontal and vertical components of projectile motion.
Does it require electricity?
No. The apparatus operates mechanically and does not require an electrical power supply.
Is an instruction sheet included?
Yes. An instruction sheet is supplied with the apparatus.
Where can this apparatus be used?
It is suitable for physics laboratories, mechanics laboratories, colleges, universities and scientific teaching facilities.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Complete spring-plunger apparatus
- Two steel balls included
- Simple mechanical operation
- Suitable for motion and gravity demonstrations
- Useful for projectile-motion studies
- Instruction sheet supplied
- Suitable for institutional procurement
- Bulk laboratory supply available
- OEM requirements supported
Call to Action
Demonstrate fundamental concepts of motion, gravity and horizontal-versus-vertical movement with the Newton’s Second Law of Motion Apparatus from Micro Technologies. Its compact spring-plunger mechanism provides a practical solution for mechanics laboratory demonstrations. Contact us for institutional pricing, bulk procurement, OEM supply and customized quotations.
