Archimedes Principle Kit

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Archimedes Principle Kit Specification

Measurement Range
Up to 250 ml (Liquid Displacement)

Core Components
Beaker, Measuring Jar, Metal Bob/Cylinder, Hanger, Balance Bar

Power Source
Not Required (Manual)

Accuracy
Suitable for classroom demonstration (Not for precise measurements)

Temperature Range
Room Temperature (Not for heated or cooled liquids)

Capacity
100 g (Cylinder for water displacement), 250 ml (Beaker)

Feature
Reusable, Easy Assembly, Visual Aid for Archimedes Principle

Voltage
Not Required

Automation Grade
Manual

Equipment Materials
Polished Brass (Cylinder and Bob), Transparent Plastic/Glass (Beaker, Jar), Metal Hanger, Balance Apparatus

Type
Laboratory Experiment Kit

Dimension (L*W*H)
Approx. 18 x 10 x 8 cm

Weight
Approx. 300 g (complete kit)

About Archimedes Principle Kit

With long term industry experience and understanding in this domain, we are engaged in manufacturing, exporting and supplying a large array of Archimedes Principle Kit. Offered kit is precisely manufactured with the use of tested raw material and advanced technique in conformity with set industry terms. This kit consists of a tub having overflow spout and is best suited for laboratory purposes for demonstrating the Archimedes Principle. Further, we provide this Archimedes Principle Kit at a very marginal rate to the clients.

Features:

High strength
Compact design
User friendly
Negligible maintenance

Comprehensive Learning Tool for Archimedes Principle

This kit is designed to clearly demonstrate the concept of fluid displacement and buoyancy, making it ideal for both teaching and learning physics in classroom settings. The kits reusable materials and easy assembly ensure it is suited for repeated, hands-on experiments, allowing students to visually grasp abstract scientific concepts with real results.

Premium and Safe Materials

All components are crafted from high-quality materials: the beaker is made of transparent plastic or glass for clear observation, while the cylinder and bob are polished brass for smooth, safe handling. Components are packed individually to prevent damage and ensure longevity, allowing for a polished laboratory setup that supports effective learning.

Ready for Classroom Engagement

With a total kit weight of approximately 300 grams and compact dimensions, the Archimedes Principle Kit is easy to transport and store. No power or voltage is required, making it safe and appropriate for various educational settings. Suitable for demonstrating up to 250 ml of liquid displacement, this kit supports interactive and engaging science lessons.

FAQs of Archimedes Principle Kit:

Q: How do I use the Archimedes Principle Kit for classroom demonstrations?

A: Begin by assembling the kit as directed. Fill the transparent graduated beaker with water at room temperature and carefully lower the polished metallic cylinder into the beaker using the hanger. Observe the water displacement and measure the change in volume using the marked increments. This hands-on demonstration visually explains Archimedes Principle relating to buoyancy and displaced liquid.

Q: What materials are included in the Archimedes Principle Kit?

A: The kit contains a 250 ml transparent beaker or measuring jar (plastic or glass), a 100 g polished brass cylinder and bob, a metal hanger, a balance bar, and a storage box with individual compartments for each component. It does not require any power source or electrical connections.

Q: When should the Archimedes Principle Kit be used?

A: This kit is most suitable during physics lessons or science practicals that focus on buoyancy, density, and fluid displacement concepts. It is intended for use with room-temperature liquids; avoid heated or cooled fluids to maintain component integrity.

Q: Where can I use this kit effectively?

A: The Archimedes Principle Kit can be used in classrooms, science labs, educational workshops, or any demonstration-oriented setting where hands-on learning of fundamental physics principles is desired. Its manual operation and reuse make it versatile for various locations without needing specialized equipment.

Q: What is the step-by-step process for conducting experiments with this kit?

A: 1. Assemble the balance bar, hanger, and beaker on a stable surface. 2. Fill the beaker with water to a suitable starting volume. 3. Suspend the metallic cylinder from the hanger and gently immerse it in water. 4. Record the initial and final beaker readings to determine the volume of water displaced. 5. Interpret results to discuss buoyancy and displacement.

Q: What educational benefits does this kit provide?

A: The Archimedes Principle Kit offers students a practical, visual means of understanding key scientific concepts in physics. By enabling hands-on measurement of water displacement and buoyancy, it encourages experimentation, critical thinking, and discussion, reinforcing theoretical knowledge with tangible evidence.

Q: Is the Archimedes Principle Kit suitable for precise scientific measurements?

A: While the kit is well-suited for classroom demonstrations and introducing students to scientific principles, it is not designed for highly precise or research-level measurements. Its primary purpose is to visually and practically explain the fundamentals of Archimedes Principle.

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