Cylinder with same volume Manufacturer,Supplier and Exporter in India
Product Code : SCL-MH-12732
The Cylinder with Same Volume by Educational Instrument India is a practical physics laboratory teaching set designed to demonstrate the relationship between volume, mass, density, and material properties. This apparatus usually includes cylinders made from different materials but having the same volume, allowing students to compare their mass and density through direct observation and measurement.
This educational apparatus helps students understand that objects with the same volume can have different masses because of differences in material density. It is ideal for teaching density, specific gravity, mass comparison, volume measurement, and material identification in physics and general science laboratories.
The Cylinder with Same Volume set is suitable for school science laboratories, college physics practicals, STEM classrooms, and teacher demonstrations. It provides a simple, visual, and hands-on learning experience that helps students connect scientific theory with real laboratory examples.
Product Specifications
|
Specification |
Details |
|
Product Name |
Cylinder with Same Volume |
|
Brand |
Educational Instrument India |
|
Application |
Demonstration of volume, mass, and density |
|
Subject |
Physics / General Science |
|
Suitable For |
Schools, colleges, laboratories, and STEM classrooms |
|
Main Concepts |
Volume, mass, density, specific gravity, material comparison |
|
Product Type |
Educational physics demonstration set |
|
Material |
Different laboratory-grade metal or solid material cylinders |
|
Design |
Cylinders of different materials with equal volume |
|
Operation |
Manual observation and measurement-based apparatus |
|
Usage Type |
Student practicals and teacher demonstrations |
|
Finish |
Smooth and durable finish |
|
Packaging |
Securely packed for safe delivery |
How to Use
Place the Cylinder with Same Volume set on a clean and stable laboratory table.
Identify the different cylinders provided in the set.
Observe that the cylinders have the same size and volume.
Use a balance to measure the mass of each cylinder.
Compare the mass of each cylinder and note the difference.
Explain that the difference in mass is due to the different density of each material.
Calculate density using the formula: Density = Mass / Volume.
Compare the calculated density values of the different cylinders.
Record all observations in the practical notebook.
Clean and store the cylinders safely after use.
Key Features
Demonstrates equal volume with different masses.
Helps students understand density and material properties.
Suitable for physics and general science laboratories.
Easy to use for student practicals and classroom demonstrations.
Durable cylinders for repeated laboratory use.
Supports hands-on STEM learning.
Useful for density, mass, and specific gravity experiments.
Ideal for schools, colleges, and educational institutions.
Applications
Physics laboratory practicals
Density and mass comparison experiments
Material property study
General science teaching
STEM classroom activities
Specific gravity demonstrations
Educational laboratory training
Frequently Asked Questions
- What is Cylinder with Same Volume used for?
Cylinder with Same Volume is used to demonstrate that objects can have the same volume but different masses and densities depending on the material.
- What concepts can students learn from this apparatus?
Students can learn about volume, mass, density, specific gravity, material comparison, and physical properties of solids.
- Is this product suitable for school laboratories?
Yes, it is suitable for school science labs, college physics labs, STEM classrooms, and educational institutions.
- Are all cylinders equal in volume?
Yes, the cylinders are designed to have the same volume, while their mass may differ according to the density of the material.
- Does this apparatus require electricity?
No, this is a manual educational apparatus and does not require electricity.
- Can students calculate density using this set?
Yes, students can measure the mass of each cylinder and use the known equal volume to calculate and compare density.
- Why do same-volume cylinders have different masses?
They have different masses because each material has a different density. A denser material has more mass in the same volume compared to a less dense material.
