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Ball And Ring
Ball And Ring is a unique product that demonstrates thermal and chain expansion. It helps students understand the concept of thermal expansion by showing the expansion of the ball and ring when heated. The chain expansion is also demonstrated by the expansion of the chain that connects the ball and ring. This product is perfect for educational purposes and can be used in classrooms, labs, or at home. It is a great tool for science teachers, students studying thermal expansion, physics enthusiasts, STEM educators, and science museums and science centers.
Key Features:
- Demonstrates thermal and chain expansion
- Compact and easy to use
- Made of high-quality materials for durability and longevity
Product Specifications:
Product Name | Ball And Ring |
Demonstrates | Thermal Expansion, Chain Expansion |
Materials | Brass (Ball and Ring), Steel (Chain) |
Ball Diameter | 20 mm |
Ring Inner Diameter | 30 mm |
Similar Products:
- Bar and Gauge
- Bi-Metallic Strip
- Thermal Conductivity Set
- Mercury Thermometer
- Gas Laws Demonstrator
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: This product involves heat. Please follow safety instructions carefully and use with adult supervision.
Perfect for science teachers, students studying thermal expansion, physics enthusiasts, STEM educators, science museums, science centers, and home-schooling parents.
Bi-Metal, Compound Bar Thermal Expansion Demonstration Compound
Looking for a product that can demonstrate the thermal expansion of metals? Look no further than our Bi-Metal, Compound Bar Thermal Expansion Demonstration Compound. This product features a five inch long (13 cm) strip of bi-metal attached to a wooden handle, making it easy to showcase the thermal expansion of metals and explain the application of bi-metals in making thermostats and thermometers. With an overall length of 24 cm (9.5 inches), this demonstration compound is perfect for classrooms or labs. It's important to note that while this product demonstrates thermal expansion of metals, almost all materials including liquids are subject to thermal expansion.
Product Specifications:
Product Name | Bi-Metal, Compound Bar Thermal Expansion Demonstration |
Material | Bimetal |
Type | Thermal Expansion Demonstration |
Length | 5 inches (13 cm) |
Overall Length | 9.5 inches (24 cm) |
Application | Making thermostats and thermometers |
Caution:
While this product demonstrates thermal expansion of metals, please note that almost all materials including liquids are subject to thermal expansion. Use with caution and follow all instructions provided.Perfect for:
- Science teachers
- Students studying thermodynamics
- Engineering students
- Science enthusiasts
- Individuals interested in the properties of metals
Thermoelectric Effect Demonstrator
The Thermoelectric Effect Demonstrator allows you to witness the direct conversion of heat energy to electrical energy and vice versa. This simple yet powerful device features a Peltier Effect Generator sandwiched between two aluminum legs. It is connected to an electric motor with a propeller and a pair of banana sockets, which can be selected using a switch.
Key Features:
- Converts heat energy to electrical energy and vice versa
- Simple semiconductor-based device
- Peltier Effect Generator
- Electric motor with propeller
- Switch for selecting banana sockets
Product Specifications:
Overall Dimensions | Approximately 56*58*255mm |
Material | Aluminum plates |
Weight | 1lb aprox |
Included Components | Cooling plate, small fan, two terminals |
Similar Products:
- Thermoelectric Generator Module
- Thermoelectric Cooler and Warmer
- Portable Power Bank with Thermoelectric Charging
- Thermoelectric Cooling and Heating System
- Thermoelectric Energy Harvesting Kit
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Caution: As with any experiment involving heat and electrical components, proper safety precautions should be followed. Handle the device and associated equipment with care to avoid accidents or injuries.
Perfect for Physics teachers and educators, science enthusiasts and hobbyists, students studying thermodynamics and energy conversion, researchers in the field of renewable energy, and industrial professionals exploring energy-efficient solutions.
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