Megnetism From Electricity Kits for School Labcare

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Megnetism From Electricity Kits for School Labcare Specification

Features
Reusable kit, safe insulated wiring, robust connections, replaceable parts, clear labeling, easy setup

Weight
Approx. 550 grams

Model No
LME-4501

Size
Compact, portable kit for desktop use

Power Type
Requires external DC power supply or 2x AA batteries (not included)

Style
Educational Laboratory Kit

Surface Finish
Smooth, non-corrosive, easy-clean finish

Assembly
Semi-assembled kit, minimal setup required

Use
Demonstrating magnetism from electricity in school laboratories

Type
Physics Demonstration Science Kit

Material
High-quality plastic, copper wire, iron core, metal connectors

Dimensions
Standard school laboratory kit size (approx. 25 x 15 x 7 cm)

Shape
Assorted educational lab kit components; rectangular main base

Color
Multi-color (as per educational standard color codes)

Function
Visualizes conversion of electrical energy to magnetic energy; supports electricity & magnetism curriculum

Age
12 years and above (recommended for middle and high school students)

Advantage
Hands-on learning, easy assembly, clear demonstration of scientific concepts

Educational Focus
Explains relationship between electricity and magnetism as per school syllabus

Packaging
Packed in durable storage box with compartments

Components Included
Copper wire coil, iron bar, connecting wires, battery holder, stand, switch, demonstration magnets

Demonstrations Possible
Magnetic field due to electric current, electromagnet assembly, switch-controlled magnetism

Operating Voltage
1.5V to 6V DC

Manual Language
English

Kit Usability
Reusable, suitable for group experiments

Megnetism From Electricity Kits for School Labcare Trade Information

FOB Port
MUMBAI

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Letter of Credit (L/C), Letter of Credit at Sight (Sight L/C), Western Union, Paypal, Cash Against Delivery (CAD), Telegraphic Transfer (T/T), Delivery Point (DP), Days after Acceptance (DA), Cash in Advance (CID), Cheque

Supply Ability
500 Per Month

Delivery Time
2 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
PACK IN A KIT

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, Africa

Main Domestic Market
All India

Certifications
AN ISO 9001:2015 CERTIFIED COMPANY AND PRODUCTS.

About Megnetism From Electricity Kits for School Labcare

Personalise your school laboratory lessons with the celebrated Magnetism From Electricity Kit by Labcare, model LME-4501. This first-class educational kit comes featured with copper wire coil, iron bar, demonstration magnets, and a complete set of connectorsall packed in a formidable, durable box. The reusable kit is perfect for hands-on group activities, supporting key electricity and magnetism concepts outlined in the syllabus. Try Now and experience easy assembly, robust safety standards, and smooth, non-corrosive surfaces. Suitable for ages 12 and above. Components are clearly labeled for effortless demonstrationsempowering future scientists with clarity and confidence.

Application Overview: Method, Places, and Directions

The Magnetism From Electricity Kit by School Labcare is designed for seamless demonstrations in school laboratories. Application requires assembling the labeled components, placing the kit on a stable surface, and connecting an external DC power source or AA batteries. It is well-suited for physics classrooms and group science activities. Follow the manual for guided experiments: creating magnetic fields, assembling electromagnets, and operating switch-controlled demonstrations. This approach ensures clear visualization and understanding of electricity-to-magnetism conversion.

Sample Policy & Shipping: Availability and Market Value

Labcare ensures that Stock Ready Magnetism From Electricity Kits are available for immediate sampling. Sample units can be Handed Over upon request, subject to standard Sample Policy and market value considerations. FOB Port options are provided for ease of export and bulk distribution, streamlining logistics for distributors and educational institutions. Connect with the supplier to confirm sample terms, delivery timelines, and shipping details to ensure your educational needs are met swiftly and efficiently.

FAQs of Megnetism From Electricity Kits for School Labcare:

Q: How does the Magnetism From Electricity Kit help students understand electromagnetism?

A: The kit offers hands-on demonstrations that visually explain the connection between electric current and magnetic field, enabling students to construct electromagnets, observe magnetic field lines, and operate switch-controlled magnetismmatching curriculum objectives.

Q: What components are included in the Magnetism From Electricity Kit?

A: Each kit features copper wire coil, iron bar, demonstration magnets, connecting wires, a battery holder, stand, switch, and a clear English manual, all organized in a durable compartmentalized storage box.

Q: When should this kit be used during lessons?

A: This kit is ideal for use during electricity and magnetism units, particularly when demonstrating the conversion of electrical energy to magnetic energy, providing practical reinforcement for theoretical concepts.

Q: Where can the Magnetism From Electricity Kit be applied?

A: Designed for middle and high school laboratories, the kit supports group experiments in classroom settings, science clubs, and educational workshops emphasizing experiential learning.

Q: What is the process for setting up and operating the kit?

A: Simply follow the illustrated manual for minimal assembly: connect the labeled components, insert 1.5V6V DC power supply or two AA batteries, and use the included switch to control magnetism demonstrations safely.

Q: What benefits does the kit provide to educators and students?

A: It delivers celebrated hands-on experience, encourages collaborative learning, and simplifies complex physical conceptsmaking electromagnetism accessible and memorable for all users.

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