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Flemings' Left Hand Rule

Name: Flemings' Left Hand Rule
Brand: SAMTECH INSTRUMENTS
Price: 450.0 INR
Availability: InStock

Price 450.0 INR/ Piece

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MOQ : 50 Pieces

Flemings' Left Hand Rule Specification

Product Type
Fleming s Left-Hand Rule Apparatus

Core Components
Base, Magnet, Conductor (wire/rod), Supporting arms

Voltage
Dependent on demo setup, typically 1-5V DC

Application
Physics Laboratory & STEM Education

Model No
MAE-122

Power Source
External DC supply (if demonstrating current)

Automation Grade
Manual

Accuracy
Conceptual demonstration, not a measuring instrument

Feature
Visual representation of electromagnetic force on a current-carrying conductor

Equipment Materials
Plastic base, Copper wire, Steel rod, Magnets

Type
Educational Physics Demonstration Device

Usage
Demonstration of Flemings Left Hand Rule in Physics

Display Type
Fleming s Left-Hand Rule Apparatus

Dimension (L*W*H)
Approx. 15 cm x 10 cm x 10 cm

Weight
Approx. 100-250 grams

Base Material
Non-magnetic plastic for electrical insulation

Instruction Sheet Included
Yes

Assembly Required
No, comes assembled

Surface Finish
Smooth, educational grade

User Type
Students, Teachers, Educational Institutions

Conductor Material
Copper or Aluminum

Color
Multi-color or as per manufacturer

Application
Explains direction of force, magnetic field, and current relationship

Magnet Type
Permanent bar magnet or horseshoe magnet

Stand Stability
Anti-slip base for tabletop use

Educational Level
Suitable for school and college physics labs

About Flemings' Left Hand Rule

Flemings Left-Hand Rule Apparatus

Product Description

The Flemings Left-Hand Rule Apparatus is a practical physics demonstration model designed to illustrate the force experienced by a current-carrying conductor placed in a magnetic field. It provides a clear demonstration of Flemings Left-Hand Rule, helping students understand the relationship between magnetic fields, electric current, and mechanical force.

The apparatus consists of a suspended conductor positioned within a magnetic field generated by permanent magnets. When electric current passes through the conductor, the interaction between the magnetic field and the current produces a force that causes visible motion of the conductor. This enables students to observe the fundamental principle behind electric motors and electromagnetic devices.

Manufactured on a sturdy educational base with clearly marked terminals and instructional graphics, the model is ideal for classroom demonstrations, physics laboratories, STEM education programs, and science exhibitions.

Hands-On Visualization of Electromagnetic Forces

This apparatus provides a tangible, hands-on approach for students and educators to explore the concept of electromagnetic force acting on a current-carrying conductor in a magnetic field. The clear structure-comprising a plastic base, visible copper wire or aluminum conductor, and permanent magnets-allow users to clearly observe the effects described by Fleming's Left-Hand Rule.

Built for Safety and Educational Use

Constructed with non-magnetic plastic for electrical insulation and a smooth, sturdy finish, this device ensures a safe environment for learners during physical manipulation. Its anti-slip base design guarantees stability on flat surfaces, making it suitable for repeated classroom demonstrations.

Ready-to-Use Design with Complete Instructions

Assembly is not required; the device comes pre-assembled and includes a comprehensive instruction sheet. This makes it convenient for both students and teachers-just supply a DC power source (1-5V) as needed to observe the force effects, with everything else ready for immediate demonstration.

FAQ's of Flemings' Left Hand Rule:

Q: How does the Fleming's Left-Hand Rule Apparatus demonstrate electromagnetic force?

A: The apparatus uses a permanent magnet and a copper or aluminum wire conductor. When a DC current passes through the conductor placed within the magnetic field, the device visually demonstrates the force exerted on the wire, illustrating Fleming's Left-Hand Rule in action.

Q: What components are included in this educational demonstration device?

A: The device includes a smooth, insulated plastic base, a permanent bar or horseshoe magnet, a conductor (either copper or aluminum), steel supporting arms, and an anti-slip base. An instruction sheet is also provided for ease of use.

Q: Who can use this apparatus, and in what settings is it ideal?

A: This model is suitable for students, teachers, and educational institutions. It is designed for school and college laboratory settings, making it a valuable tool for physics and STEM education.

Q: Where should this apparatus be used and does it require assembly?

A: The apparatus is designed for tabletop use in classroom or laboratory environments. No assembly is needed as it comes fully assembled out of the box, ready for immediate use.

Q: What is the process for using this apparatus in a classroom demonstration?

A: Simply connect an external DC supply (typically 1-5V) to the conductor as instructed. Turn on the current, and students will observe the directional force on the wire in relation to the magnetic field, illustrating the principle of Fleming's Left-Hand Rule.

Q: What are the safety and insulation features of this device?

A: The base is made of non-magnetic plastic to ensure electrical insulation, and the anti-slip design keeps the apparatus stable during experiments, reducing the risk of accidents.

Q: How does the apparatus benefit students and educators in learning physics?

A: It provides a clear, visual explanation of electromagnetic force and the application of Fleming's Left-Hand Rule, making abstract concepts more accessible and aiding both teaching and understanding in physics or STEM labs.

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