VERIMP Magnetic Field Effect On Current Experimenter Left-Hand Rule Ampere's Force Physics Teaching Instrument Copper Guide Rail Square Coil Physics Experiment Equipment Electromagnetic
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VERIMP Magnetic Field Effect On Current Experimenter Left-Hand Rule Ampere's Force Physics Teaching Instrument Copper Guide Rail Square Coil Physics Experiment Equipment Electromagnetic
Understand the movement of energized wires in a magnetic field with this practical experimenter!
VERIMP Magnetic Field Effect On Current Experimenter Left-Hand Rule Ampere's Force Physics Teaching Instrument Copper Guide Rail Square Coil Physics Experiment Equipment Electromagnetic
Numéro d'article: 86213829

VERIMP Magnetic Field Effect On Current Experimenter Left-Hand Rule Ampere's Force Physics Teaching Instrument Copper Guide Rail Square Coil Physics

Numéro d'article: 86213829

MGA 130088

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Understand the movement of energized wires in a magnetic field with this practical experimenter!
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Ce qui se démarque

Apprentissage interactif
Engages students through hands-on experiments, enhancing their understanding of electromagnetic concepts while making physics enjoyable and interactive.
Matériaux durables
Constructed with high-quality copper and robust components, ensuring longevity and consistent performance during repeated experiments.
Comprehensive Kit
Includes all necessary materials for a complete physics experiment, streamlining the teaching process and providing an effective educational tool for instructors.

Détails du produit

Shop VERIMP Magnetic Field Effect On Current Experimenter Left-Hand Rule Ampere's Force Physics Teaching Instrument Copper Guide Rail Square Coil Physics Experiment Equipment Electromagnetic online at a best price in Madagascar. B0CVVVKPPN
Poids de l'article2.5 lbs (1.13 kg)

À qui est-ce destiné ?

Suitable For
  • Physics Students

    Ideal for students learning about electromagnetism, offering hands-on experiments to reinforce theoretical concepts effectively.

  • Éducateurs

    Teachers can use this instrument to demonstrate key physics principles, enhancing classroom learning with practical applications.

  • Passionnés de bricolage

    Perfect for hobbyists or makers interested in building experimental setups that explore magnetic fields and current interactions.

Not Suitable For
  • Jeunes enfants

    Unsuitable for young kids due to complexity, requiring a certain level of understanding in physics for effective use.

  • Utilisateurs occasionnels

    Not ideal for individuals seeking simple, quick experiments without needing deep engagement in electromagnetic concepts.

  • Utilisateurs non techniques

    May pose challenges for those without a technical background, as understanding the principles requires foundational physics knowledge.

DESCRIPTION DU PRODUIT

VERIMP Magnetic Field Effect On Current Experimenter Left-Hand Rule Ampere's Force Physics Teaching Instrument Copper Guide Rail Square Coil Physics Experiment Equipment Electromagnetic

Vous avez une question ? Chattez avec nous

Questions et réponses des clients

  • question: What is the purpose of the VERIMP Magnetic Field Effect On Current Experimenter?

    répondre: The VERIMP Magnetic Field Effect On Current Experimenter is designed to help students and educators understand fundamental concepts in electromagnetism, particularly the interaction between magnetic fields and electric currents. This instrument provides a clear visual representation of the Left-Hand Rule and Ampere's Force, allowing users to conduct experiments that demonstrate these principles. It is especially useful in physics classrooms and labs as it facilitates hands-on learning and experimentation with electric currents and magnetic fields.
  • question: How does the Left-Hand Rule apply to this instrument?

    répondre: The Left-Hand Rule is a mnemonic used to determine the direction of force experienced by a current-carrying conductor in a magnetic field. This instrument allows users to apply the Left-Hand Rule practically by observing the motion and behavior of currents within the magnetic field created. Users can conduct experiments that will help them visualize and comprehend the effects of magnetic fields on current, which is invaluable for physics students.
  • question: Can this instrument be used for advanced physics experiments?

    répondre: Yes, the VERIMP Magnetic Field Effect On Current Experimenter can be utilized for both basic and advanced physics experiments. After grasping the foundational concepts, students can use the instrument to explore more complex scenarios, such as testing the effects of varying magnetic field strengths, current intensities, or even different configurations of coils. This versatility makes it a valuable teaching tool in higher education physics courses.
  • question: What materials are used in the construction of this teaching instrument?

    répondre: This teaching instrument features high-quality copper guide rails and a robust square coil, designed for optimal conductivity and durability. The use of copper ensures minimal resistance, leading to accurate demonstration of the principles of electromagnetism. Moreover, the sturdy construction ensures that the instrument can withstand repeated use in educational settings, providing reliable results for students and educators alike.
  • question: Is the VERIMP Magnetic Field Experiment suitable for all age groups?

    répondre: While the VERIMP Magnetic Field Effect On Current Experimenter is ideal for high school and college students studying physics, it is also suitable for younger learners who have an interest in science. With proper guidance, even middle school students can grasp the basic concepts of electromagnetism presented through this instrument. Its educational value extends across various age groups, making it a great resource for science clubs and educational workshops as well.
  • question: What kind of experiments can I perform with this instrument?

    répondre: With the VERIMP Magnetic Field Effect On Current Experimenter, you can conduct several experiments to reinforce the principles of electromagnetism. Common experiments include demonstrating the Left-Hand Rule by measuring the force on a current-carrying conductor in a magnetic field, experimenting with different current levels to observe changes in force, and exploring the relationship between magnetic field strength and coil arrangements. These experiments not only deepen understanding but also enhance practical skills in experimental physics.
  • question: Do I need any additional tools to operate this teaching instrument?

    répondre: Typically, you won’t need additional tools to operate the VERIMP Magnetic Field Effect On Current Experimenter, as it is designed to be user-friendly and comprehensive. However, it may be beneficial to use a multimeter for precise measurements of current and voltage during experiments. This can help you gain deeper insights into the principles being demonstrated and allows for a more detailed analysis of the results obtained during experiments.
  • question: How can I ensure accurate results while using this instrument?

    répondre: To ensure accurate results while using the VERIMP Magnetic Field Effect On Current Experimenter, it’s essential to maintain consistent parameters during your experiments. Check the connections for any loose wires, ensure that the power supply is stable, and calibrate your measuring devices, if applicable. Observing proper safety protocols and conducting multiple trials can also help achieve reliable and repeatable results in your experiments.
  • question: Where can I buy the VERIMP Magnetic Field Effect On Current Experimenter in Madagascar?

    répondre: You can purchase the VERIMP Magnetic Field Effect On Current Experimenter from Ubuy. Ubuy offers a reliable platform for acquiring this physics teaching instrument, ensuring that you have access to quality educational tools that can enhance your learning or teaching experience.
  • question: Is there any assembly required for the VERIMP Magnetic Field Experiment?

    répondre: The VERIMP Magnetic Field Effect On Current Experimenter comes mostly pre-assembled, which allows users to start learning and experimenting right away. However, some minor assembly may be required, such as attaching the coil or connecting the power supply. The included instruction manual provides clear guidelines for any necessary assembly steps, making it easy to set up the instrument quickly without extensive technical expertise.

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Avantages

  • Enhances physics learning experience
  • Easy to use for experiments
  • Durable and high-quality materials
  • Provides clear visual demonstrations
  • Supports hands-on learning

Les inconvénients

  • Setup might require some time.

Historique des prix du produit

Informations importantes

  • Limitations : Pour les produits expédiés à l'international, veuillez noter que toute garantie du fabricant peut ne pas être valide ; les options de service du fabricant peuvent ne pas être disponibles ; les manuels, instructions et avertissements de sécurité des produits peuvent ne pas être dans les langues du pays de destination ; les produits (et les matériaux qui les accompagnent) peuvent ne pas être conçus conformément aux normes, spécifications et exigences d'étiquetage du pays de destination ; et les produits peuvent ne pas être conformes à la tension et aux autres normes électriques du pays de destination (nécessitant l'utilisation d'un adaptateur ou d'un convertisseur le cas échéant). Il incombe au destinataire de s'assurer que le produit peut être importé légalement dans le pays de destination. En cas de commande auprès d'Ubuy ou de ses filiales, le destinataire est l'importateur officiel et doit se conformer à toutes les lois et réglementations du pays de destination.
  • Tous les produits listés sur Ubuy ne sont pas à vendre, Ubuy étant un moteur de recherche mondial. Les produits sont soumis aux réglementations en matière d'exportation et de commerce.

MGA 130088

Commandez maintenant et recevez votre commande aux alentours du Vendredi, Juillet 24

QTY:

Transaction sécuriséeTransaction sécurisée

Ubuy s'engage à protéger votre sécurité et votre confidentialité. Notre système avancé de sécurité des paiements garantit la confidentialité en chiffrant vos informations lors de la transmission grâce aux protocoles AES (Advanced Encryption Standards) et SSL (Secure Socket Layer). Vos coordonnées de paiement sont 100 % sécurisées car nous ne partageons pas vos informations de paiement avec des vendeurs tiers.

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Caractéristiques et avantages

  • Understand energized wire movement in magnetic fields.
  • Ideal for student physics experiments.
  • Includes necessary components: battery boxes and wires.
  • Encourages hands-on learning of basic physics principles.
  • Satisfaction guaranteed with prompt customer support.
  • Lightweight design makes it easy to handle and use.