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Heating Effect of Current Model
626.0 INR/Piece
Product Details:
- Age Group 12 years and above (suitable for school students)
- Power 6V DC input
- Product Type Heating Effect of Current Model
- Material High-impact plastic base, metal connectors, transparent stands
- Color Blue base with transparent and metallic components
- Style Educational Laboratory Model
- Dimensions Approx. 20 cm x 16 cm x 5 cm
- Click to view more
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Heating Effect of Current Model Price And Quantity
- 4 Piece
- 626.0 INR/Piece
Heating Effect of Current Model Product Specifications
- 12 years and above (suitable for school students)
- Blue base with transparent and metallic components
- High-impact plastic base, metal connectors, transparent stands
- 6V DC input
- Approx. 20 cm x 16 cm x 5 cm
- Heating Effect of Current Model
- Demonstrates the heating effect of electric current in conductors
- Educational Laboratory Model
- Suitable for direct connection with battery or low voltage power supply
- Tabletop
- Model board only (does not include wires or power source)
- Holds multiple wires for comparative heating experiments
- Lightweight, easy to handle (approx. 500g)
- High-quality banana plug sockets for reliable connections
- Physics classroom demonstrations, student laboratory experiments
- Shockproof insulated base
Product Description
The Heating Effect of Current Apparatus by Ankidyne is a high-quality educational physics teaching aid designed to demonstrate the heating effect of electric current (Joule's Law of Heating). The apparatus allows students to observe how electrical current passing through a conductor generates heat due to its resistance.
Designed for Class 812 students, this practical learning model helps explain the working principle of electrical heating devices such as electric irons, heaters, kettles, toasters, and fuses. It is widely used in schools, colleges, STEM laboratories, and science exhibitions to promote hands-on learning and conceptual understanding of electricity.
Robust Design for Classroom Safety
Constructed with a high-impact plastic base and shockproof insulation, the model prioritizes user safety. Its lightweight, portable build and sturdy banana plug terminals provide both ease of use and reliable operation during physics demonstrations. The transparent stands further assist in visualizing the experiment without compromising protection.
Enabling Comparative Heating Experiments
This model can accommodate multiple wires, enabling students to directly compare the heating effects induced by electric current in different conductors. It supports hands-on, visual learning, helping users better grasp the relationship between material, resistance, and heat produced.
Straightforward Operation and Versatility
Ideal for physics classrooms and laboratory settings, the unit is simple to set up and only requires a compatible power source and wires. Its versatility makes it suitable for a range of experiments, making it an excellent choice for educators and laboratory staff alike.
FAQ's of Heating Effect of Current Model:
Q: How does the Heating Effect of Current Model demonstrate the heating effect in conductors?
A: The model allows users to insert multiple wires and connect them to a 6V DC power source. When current flows through the wires, students can observe and compare the heating effect in each wire, highlighting the relationship between material resistance, current, and heat generation.Q: What setup is required to use this model for heating experiments?
A: Users need to attach suitable wires to the banana plug sockets and connect a 6V DC battery or another low voltage power supply. Ensure all connections are firm before energizing the circuit to observe the experiment safely and effectively.Q: When should this model be used in educational settings?
A: This model is best suited for physics classroom demonstrations or individual laboratory experiments focused on the heating effect of electric current, ideal for curricula aimed at students aged 12 and older.Q: Where can this model be placed during experiments?
A: The unit is designed for tabletop mounting, offering stability during use and ensuring clear visibility for both instructors and students.Q: What are the main safety features of this model?
A: It has a shockproof insulated base and high-quality connectors to minimize electrical risk. The use of high-impact plastic and transparent stands enhances both safety and visibility during practical demonstrations.Q: How does using this model benefit students?
A: By facilitating hands-on comparative experiments, students can directly observe physical phenomena, reinforcing their understanding of core electricity concepts and experimental methodology.Q: What is included in the package, and what additional items are needed for operation?
A: The package contains the model board only. Users will need to provide appropriate wires and a 6V DC power supply or a compatible battery separately for experiment execution.Tell us about your requirement
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- No. 46, 1st Main Road, New Colony, Chromepet,Chennai - 600044, Tamil Nadu, India
- Phone : 08045800236
ANKIDYNE PLAYGROUND EQUIPMENTS & SCIENCE PARK
An ISO 9001 : 2015 Certified
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- Mr Padmanabhan A S (Marketing Director)
- Mobile : 08045800236
- info@ankidyne.com
- Fax : +91 44 66904488
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