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Vare #:
220787336
High-Tech Electromagnetic Coil Accelerator, Circular Motion and Magnetic Physics Experiments, Display Model, Diameter 60cm
Vare #:
220787336
DKK 4630
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Importeret fra USA butik
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Vores bedste logistikpartnere
This model is an excellent educational tool, clearly demonstrating how acceleration occurs in a circular orbit.
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Hvad der skiller sig ud
Innovative Design
Featuring a 60cm diameter, this high-tech accelerator showcases cutting-edge electromagnetic technology, making complex magnetic physics accessible and engaging for educational purposes.
Interactive Learning
Ideal for hands-on experiments. This model allows users to explore circular motion and magnetic principles, enhancing understanding through visual and interactive demonstrations in classrooms or labs.
Educational Value
Perfect for students and educators, this display model not only fosters a deeper grasp of physics concepts but also promotes inquiry-based learning and critical thinking skills through practical application.
Produktdetaljer
| Manufacturer | MJDHS |
| Item model number | 1 |
| Item Weight | 4 lbs (1.81 kg) |
Hvem bør købe?
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Educational Institutions
Perfect for schools and universities to demonstrate complex physics concepts through practical experimentation with electromagnetic coils.
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Physics Enthusiasts
Ideal for hobbyists and enthusiasts keen on exploring and experimenting with magnetic physics and electromagnetic principles hands-on.
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Science Exhibitions
Great addition to science fairs and exhibitions, attracting attention while educating visitors about magnetic fields and motion.
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Casual Use
Not suitable for casual users seeking simple toys or basic educational tools without a strong interest in physics.
Produktbeskrivelse
High-Tech Electromagnetic Coil Accelerator, Circular Motion and Magnetic Physics Experiments, Display Model, Diameter 60cm
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Kundespørgsmål og svar
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spørgsmål:
What is the High-Tech Electromagnetic Coil Accelerator used for?
svar: The High-Tech Electromagnetic Coil Accelerator is primarily used for conducting experiments related to electromagnetic physics and circular motion. This display model allows students and enthusiasts to visualize and understand the principles of magnetic forces in action. By incorporating various experiments, users can delve into topics such as acceleration, magnetic fields, and the effects of electromagnetism. It's an educational tool that can enhance learning experiences in physics classrooms or science demonstrations. -
spørgsmål:
How does the electromagnetic coil accelerator work?
svar: The electromagnetic coil accelerator works by using electric currents to generate magnetic fields that act on charged particles or metal objects, causing them to move in circular paths. By adjusting the current flowing through the coil, users can manipulate the strength of the magnetic field and observe different accelerative effects. This mechanism not only demonstrates fundamental physics concepts but also serves as an interactive tool for hands-on learning and experimentation in both academic and hobbyist settings. -
spørgsmål:
Is the High-Tech Electromagnetic Coil Accelerator suitable for all ages?
svar: Yes, the High-Tech Electromagnetic Coil Accelerator is suitable for a wide range of ages, particularly for students in middle school through university level. Designed for educational purposes, it provides a practical application of physics that can intrigue younger learners while offering deeper insights for advanced students. It's also a great tool for physics enthusiasts and educators looking to enhance their teaching methods with engaging, visual demonstrations of magnetic principles. -
spørgsmål:
What materials are used in the construction of the display model?
svar: The display model of the High-Tech Electromagnetic Coil Accelerator is constructed from high-quality, durable materials that ensure longevity and reliable performance. Typically, the coil itself is made of copper due to its excellent conductivity, while the supporting frame may consist of sturdy plastic or metal for stability. This combination not only ensures efficient operation but also allows for safe handling during various experiments and demonstrations, making it a practical addition to educational settings. -
spørgsmål:
Can the model be used for advanced physics experiments?
svar: Absolutely! The High-Tech Electromagnetic Coil Accelerator is versatile enough for both basic and advanced physics experiments. While it effectively illustrates fundamental concepts of electromagnetism, it can also serve as a platform for more complex experiments, including those that explore electromagnetic waves, particle motion, and advanced motion dynamics. This adaptability makes it a valuable resource for educators and researchers looking to test theories or conduct experiments in a controlled environment. -
spørgsmål:
What concepts in physics can be taught using this model?
svar: Using the High-Tech Electromagnetic Coil Accelerator, various foundational concepts in physics can be effectively taught, including Newton's laws of motion, electromagnetism, kinetic energy, and forces. This model illustrates how magnetic fields influence motion and can be used to demonstrate principles such as circular motion and acceleration. It serves as a practical educational tool to visualize theories and enhance comprehension of these critical scientific concepts. -
spørgsmål:
How portable is the High-Tech Electromagnetic Coil Accelerator?
svar: The High-Tech Electromagnetic Coil Accelerator is designed with portability in mind. With a compact diameter of 60cm, it can easily fit on desks or laboratory tables, making it accessible for demonstrations in various settings, such as classrooms, labs, or even at home for personal use. Its lightweight construction allows for easy transport, enabling educators to take it to different locations for presentations without hassle. -
spørgsmål:
Are there any safety precautions to consider while using the accelerator?
svar: Yes, while using the High-Tech Electromagnetic Coil Accelerator, it's essential to follow standard safety precautions. Users should avoid contact with exposed wires or connections to prevent electrical hazards. Additionally, the model should be used on a stable surface to prevent accidental tipping, and precautions should be taken to ensure no metal objects are introduced that could become projectiles due to the electromagnetic forces. Proper supervision is recommended for younger users to ensure a safe and educational experience. -
spørgsmål:
Can the electromagnetic coil accelerator be customized for experiments?
svar: Yes, the High-Tech Electromagnetic Coil Accelerator can be customized for various experiments depending on the user's objectives. Educators and students can modify the setup by altering the coil configuration or adjusting the power settings to explore different outcomes. This flexibility allows for a wide range of experiments focusing on variables like magnetic field strength and particle mass. Such customizability enhances learning by enabling users to test hypotheses and observe real-time results based on their adjustments. -
spørgsmål:
Where can I buy the High-Tech Electromagnetic Coil Accelerator in Greenland?
svar: You can purchase the High-Tech Electromagnetic Coil Accelerator at Ubuy, which offers a reliable platform for buying innovative educational products and scientific tools. Ubuy provides a seamless shopping experience along with various options to suit your needs, ensuring that you receive the correct model for your experiments in physics and beyond.
MJDHS Science Kits & Toys 1 Editorial Review
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DKK 4630
Bestil nu og få den omkring Torsdag, Oktober 15
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Egenskaber og fordele
- Demonstrates electromagnetic acceleration through a closed loop.
- Simulates energy conversion between kinetic, potential, and electromagnetic energy.
- Ideal for classroom demonstrations and practical physics exploration.
- Constructed from high-quality materials for stable and reliable operation.
- Perfect for physics students, educators, and DIY enthusiasts.
- Facilitates an intuitive understanding of electromagnetism and acceleration.
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