Specific weight kit Manufacturer,Supplier and Exporter in India
Product Code : SCL-MH-12729
The Specific Weight Kit by Educational Instrument India is a practical laboratory teaching set designed to help students study the specific weight, density, relative density, and buoyancy of different materials. It is commonly used in physics laboratories, general science labs, engineering institutes, and STEM classrooms.
This kit helps demonstrate how the weight of a substance relates to its volume and how different materials behave when placed in water or other liquids. It provides a hands-on learning experience for understanding important concepts such as mass, volume, density, specific gravity, Archimedes’ principle, and fluid displacement.
The Specific Weight Kit is suitable for classroom demonstrations, student practicals, and laboratory experiments. It is made for easy handling, repeated use, and clear observation, making it a useful educational tool for schools, colleges, and science training centers.
Product Specifications
|
Specification |
Details |
|
Product Name |
Specific Weight Kit |
|
Brand |
Educational Instrument India |
|
Application |
Study of specific weight, density, and relative density |
|
Subject |
Physics / General Science / Engineering Science |
|
Suitable For |
Schools, colleges, laboratories, and STEM classrooms |
|
Main Concepts |
Specific weight, density, buoyancy, displacement, specific gravity |
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Kit Type |
Educational laboratory experiment kit |
|
Material |
Laboratory-grade metal, plastic, glass, or acrylic components |
|
Operation |
Manual experiment-based kit |
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Usage Type |
Teacher demonstration and student practicals |
|
Design |
Compact, durable, and easy to use |
|
Finish |
Smooth and corrosion-resistant finish |
|
Packaging |
Securely packed for safe delivery |
How to Use
Place the Specific Weight Kit on a stable laboratory table.
Check all components before starting the experiment.
Select the sample material or object provided with the kit.
Measure or note the weight of the object in air using a suitable balance or spring balance.
Fill a measuring cylinder, beaker, or overflow vessel with water as required for the experiment.
Immerse the object carefully in water and observe the displaced liquid or apparent loss of weight.
Record the observations such as weight, volume displaced, and liquid level change.
Calculate specific weight, density, or relative density using the standard laboratory formula.
Repeat the experiment with different materials for comparison.
Clean and dry all components after use and store the kit safely.
Key Features
Useful for studying specific weight and density.
Demonstrates buoyancy and displacement clearly.
Suitable for physics and general science practicals.
Helps connect theoretical concepts with real experiments.
Easy to use for students under teacher supervision.
Durable construction for repeated laboratory use.
Ideal for school, college, and STEM education.
Supports comparative study of different materials.
Applications
Physics laboratory practicals
Density and specific gravity experiments
Buoyancy demonstrations
Archimedes’ principle experiments
General science classroom activities
Engineering science demonstrations
STEM learning and educational training
Frequently Asked Questions
- What is a Specific Weight Kit used for?
A Specific Weight Kit is used to study the specific weight, density, relative density, and buoyancy of different materials through practical experiments.
- Is this kit suitable for school laboratories?
Yes, it is suitable for school science labs, college laboratories, physics practicals, and STEM classrooms.
- What concepts can students learn from this kit?
Students can learn about specific weight, density, specific gravity, buoyancy, volume displacement, and Archimedes’ principle.
- Can students use this kit easily?
Yes, the kit is designed for educational use and can be used by students under teacher supervision.
- Does the kit require electricity?
No, the Specific Weight Kit generally works manually and does not require electricity.
- Which subjects use this kit?
It is mainly used in physics, general science, and basic engineering science laboratories.
- Why is this kit useful for practical learning?
It allows students to perform hands-on experiments and clearly observe how weight, volume, density, and buoyancy are related.
