Apparatus of Collision and Projectile Motion for Mechanics Physics Lab

This Apparatus of Collision and Projectile Motion for Mechanics Physics Lab is designed for studying collision mechanics, conservation laws, and projectile motion through practical experimentation. The apparatus enables students to investigate momentum transfer during collisions and analyze the projectile motion of objects after impact. By comparing theoretical predictions with experimental measurements, users can evaluate energy losses, verify conservation principles, and develop a deeper understanding of collision dynamics and projectile trajectories. The system features a precision guide rail, adjustable components, and clearly marked scales to ensure accurate and repeatable experimental results.

Physics Lab Experiments from Atico Exports.

Experimental Principle and Content

• Study Momentum Transfer During the Collision of Two Balls
• Investigate the Conservation of Momentum in Collision Processes
• Analyze Projectile Motion Following a Collision
• Determine the Relationship Between Collision Energy and Projectile Range
• Calculate Energy Loss by Comparing Theoretical and Experimental Results
• Predict and Verify Target Positions Using Collision and Projectile Motion Principles

Educational Objectives

• Understand the Laws of Conservation of Momentum and Energy
• Study the Mechanics of Elastic and Inelastic Collisions
• Analyze Projectile Trajectories and Motion Parameters
• Learn Accurate Experimental Measurement Techniques
• Develop Data Analysis and Error Evaluation Skills

Scaled Post :

• Scale Range: 0–20 cm
• Equipped with Electromagnet

Swing Ball :

• Steel Ball
• Diameter: 20 mm

Collided Balls :

• Diameters: 20 mm and 18 mm

Guide Rail :

• Length: 35 cm

Ball Support Rod :

• Diameter: 4 mm

Swing Support Post :

• Length: 45 cm
• Adjustable Height

Target Tray :

• Length: 30 cm
• Width: 12 cm

Standard Supply

• Guide Rail with Leveling Screws × 1
• Slider for Scaled Post × 2
• Scaled Post × 1
• Swing Ball Hanger Assembly × 1
• Electromagnet Assembly × 1
• Swing Support Post × 1
• Collided Balls × 2
• Target Tray × 1
• Line Level × 1
• Carbon (Graphite) Paper Set × 1
• DC Power Supply (6 V) × 1
• Instruction Manual × 1

• Clear and Observable Physical Phenomena
• Stable and Reliable Performance
• Accurate Experimental Results
• Cost-Effective Educational Apparatus