Oersted' s Law

Name: Oersted' s Law
Brand: SAMTECH INSTRUMENTS
Price: 350.0 INR
Availability: InStock

Price 350.0 INR/ Piece

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MOQ : 50 Pieces

Oersted' s Law Specification

Core Components
Wire coil, magnetic compass, power terminals, support stand

Model No
MAE-114

Power Source
External DC Power Supply or Battery (not included)

Application
Physics Laboratory Demonstration

Voltage
Up to 6V (recommended for safe use in schools and colleges)

Accuracy
Qualitative demonstration, not intended for quantitative measurement

Automation Grade
Manual

Product Type
Oersted s Law Apparatus

Measurement Range
Visible field deviation only

Feature
Simple construction for clear visualization, reusable, easy to use in classrooms

Equipment Materials
Acrylic stand, copper wire, iron nail, plastic base, magnetic compass

Type
Educational Physics Demonstration Apparatus

Usage
Demonstration of magnetic field produced by an electric current, used for educational and laboratory purposes

Dimension (L*W*H)
Approx. 12 cm x 8 cm x 8 cm

Weight
Approx. 150-200 grams

Operational Method
Connect to power source, observe deflection of the compass needle

Educational Level
Schools, colleges, and science demonstrations

Safety Precautions
Do not exceed recommended voltage; use under adult supervision

Wire Material
Coated copper

Package Contents
Oersted's Law apparatus, user instructions

Magnetic Compass Diameter
Approx. 3 cm

About Oersted' s Law

Step into the spotlight of physics education with the Oersted's Law Demonstration Apparatus, a popular choice among top-drawer academic institutions. Crafted from coated copper wire and robust acrylic, this apparatus offers an incomparable hands-on experience. Simply connect the model to a power source to observe the breathtaking deflection of the included 3 cm magnetic compass needle, beautifully illustrating the relationship between electricity and magnetism. With a clear design and straightforward operation, this item is perfect for schools, colleges, or any educational demonstration-purchase now and empower scientific curiosity.

Precise Demonstration for Classrooms

Applying Oersted's Law has never been more user-friendly. This apparatus is ideal for hands-on learning on tabletops or laboratory benches, suited to both individual and group engagement. Power it using an external DC supply or battery (not included), connect the terminals, and observe the compass needle's deflection-an enlightening process to visualize magnetic fields generated by electric currents under safe, supervised conditions. The durable materials and reusable setup enhance the product's value for continuous classroom demonstrations.

Efficient Supply and Sample Exchange

We ensure the Oersted's Law Apparatus ships quickly from the designated FOB port with stock ready for immediate dispatch. Institutions can exchange queries and request product samples to evaluate before making bulk purchases. Our supply ability reliably supports orders from individual units to large consignments, making it easy for schools and colleges to enhance their science laboratories without delay.

FAQ's of Oersted' s Law:

Q: How is the Oersted's Law demonstrator used in the classroom?

A: Connect the apparatus to a recommended DC power supply (up to 6V). Place it on a stable surface and observe the deflection of the compass needle when the circuit is activated, illustrating the magnetic field created by the electric current.

Q: What components are included in the package?

A: The package contains the Oersted's Law apparatus, a coated copper wire coil, magnetic compass, iron nail, acrylic stand with plastic base, power terminals, support stand, and a comprehensive user instruction manual.

Q: When should this apparatus be used?

A: This model is intended for use during physics laboratory sessions, classroom demonstrations, or science fairs at schools and colleges, particularly when teaching electricity and magnetism.

Q: Where should the device be set up for demonstrations?

A: Best results are achieved when the device is placed on a flat, non-magnetic surface like a laboratory bench or table, ensuring clear visibility for all students.

Q: What is the benefit of choosing this Oersted's Law apparatus?

A: It offers a clear, reusable, and easy method for students to visually understand the interaction between electricity and magnetism, enhancing conceptual learning through hands-on experience.

Q: How should users ensure safety during operation?

A: Always use the recommended voltage (up to 6V) and operate the device under adult supervision. Follow provided safety instructions to prevent hazards.

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