6262/9, 6262/26, Idgah Road, Ambala Cantt 133001. India.

Magnetic Effect of Electric Current

Magnetic Effect of Electric Current

This apparatus is designed to demonstrate the magnetic effect produced by an electric current using a coil and a magnetic compass.Key Components:Two Circular Coils: Copper wire wound into loops that generate a magnetic field when electric current flows through them.Compass: Placed at the center of the coils to detect changes in the magnetic field.Base Platform: Clearly labeled “Magnetic Effect of Electric Current”; houses electrical connections.Wires & Switch: For connecting the device to a power source.

SKU: c02523a40709 Category:
Request a Quote

Stem Lab

Magnetic Effect of Electric Current

Magnetic Effect of Electric Current is part of the Stem Lab range from Interlabs. It is relevant to buyers sourcing educational products for science education, STEM learning, practical demonstrations and school activity areas.

Product Overview

This apparatus is designed to demonstrate the magnetic effect produced by an electric current using a coil and a magnetic compass.Key Components:Two Circular Coils: Copper wire wound into loops that generate a magnetic field when electric current flows through them.Compass: Placed at the center of the coils to detect changes in the magnetic field.Base Platform: Clearly labeled "Magnetic Effect of Electric Current"; houses electrical connections.Wires & Switch: For connecting the device to a power source.

Product Highlights

Product Name

Magnetic Effect of Electric Current

Category

Stem Lab

Supplier

Interlabs

Applications and Learning Uses

This product is listed in the Stem Lab category and can be considered for relevant activities in science education, STEM learning, practical demonstrations and school activity areas. Its suitability should be assessed against the intended lesson, demonstration or institutional requirement.

What to Check Before Ordering

  • Review the product description and confirm that it supports your intended learning or practical application.
  • Request the latest dimensions, material details, components and available configurations, where applicable.
  • Confirm current price, stock availability, delivery charges and order quantity with the supplier.
  • For institutional purchases, check suitability for the relevant age group, curriculum or laboratory setup.

Enquire About Magnetic Effect of Electric Current

Contact Interlabs for product information and a quotation for Magnetic Effect of Electric Current. Share your required quantity, intended application and delivery location to help confirm the relevant details.

Frequently Asked Questions

What is Magnetic Effect of Electric Current?

This apparatus is designed to demonstrate the magnetic effect produced by an electric current using a coil and a magnetic compass.Key Components:Two Circular Coils: Copper wire wound into loops that generate a magnetic field when electric current flows through them.Compass: Placed at the center of the coils to detect changes in the magnetic

Which category does this product belong to?

Magnetic Effect of Electric Current is listed under Stem Lab.

How can I get product details and pricing?

Contact Interlabs with your requirements to confirm current specifications, available configurations, pricing and delivery details.

Related products

  • Stem lab Newton Cradle
    STEM LAB

    Stem lab Newton Cradle

    Explore Stem lab Newton Cradle for stem lab. Working Model Project Kit / Working Experiments. Ideal for Children, School, Learning Project Activity

  • Placeholder
    STEM LAB

    Electric Bell Model

    The Electric Bell is a classic demonstration tool used to explain the working of electromagnetism and automatic switching in electric circuits.Components:Electromagnet (Coil): Copper wire wound around an iron core, which acts as an electromagnet when current flows.Hammer/Armature: A metal strip connected to a spring and positioned near the electromagnet.Bell: A metallic dome that produces sound when struck.Contact Screw: Adjusts the position of the hammer.Terminals: For connecting the device to a power source.The yellow box is the base of the model.

  • Learning Tower Of Pisa
    STEM LAB

    Learning Tower Of Pisa

    Explore Learning Tower Of Pisa for stem lab. The Leaning Tower of Pisa model specifications include a freestanding bell tower, built of white marble

  • Stem Lab Magnetic Crane
    STEM LAB

    Stem Lab Magnetic Crane

    Explore Stem Lab Magnetic Crane for stem lab. A magnetic crane, also known as an electromagnetic crane or lifting magnet, is a type of crane that uses

Scroll to Top