Magnetic Effect of Electric Current

Name: Magnetic Effect of Electric Current
Brand: SAMTECH INSTRUMENTS
Price: 675.0 INR
Availability: InStock

Price 675.0 INR/ Piece

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Magnetic Effect of Electric Current Specification

Automation Grade
Manual

Feature
Visual demonstration of electromagnetism, easy setup

Power Source
External DC supply required (not included)

Frequency
DC (Direct Current)

Temperature Range
Ambient

Voltage
Recommended: 3V to 6V DC

Measurement Range
Not applicable (demonstration purpose)

Accuracy
Educational use, not for precision measurement

Application
Physics Laboratory Demonstration

Core Components
Iron nail, insulated copper wire, connecting wires, base

Model No
MAE-112

Capacity
Single experiment apparatus (N/A for capacity)

Product Type
Magnetic Effect of Electric Current Model

Equipment Materials
Plastic base, copper wire, iron nails, connecting wires

Type
Physics Lab Demonstration Apparatus

Usage
Educational demonstration of magnetic effect of electric current

Display Type
Analog

Dimension (L*W*H)
Approx. 18 cm x 10 cm x 8 cm

Weight
Approx. 250g

Application Field
Physics, School & College Laboratories, Science Education

Coil Turns
Approx. 50-100 turns

Demonstration Principle
Right-hand thumb rule, Oersted's experiment

Base Color
Blue

Connectivity
Banana plug/socket terminals

Safety
Child safe with insulated terminals

Mount Type
Desktop stand

About Magnetic Effect of Electric Current

Magnetic Effect of Electric Current

The Magnetic Effect of Electric Current Model is a physics demonstration apparatus designed to illustrate Oersteds Experiment, one of the most important discoveries in electromagnetism. The model clearly demonstrates that an electric current flowing through a conductor produces a magnetic field around it.

The apparatus consists of a circular copper conductor mounted around a sensitive magnetic compass. When electric current passes through the conductor, the compass needle deflects, showing the presence and direction of the magnetic field generated by the current. This provides students with a direct visual demonstration of the relationship between electricity and magnetism.

Mounted on a durable ABS base with an integrated power connection system, the model is ideal for physics laboratories, STEM learning environments, classroom demonstrations, and science exhibitions.

Visualize Electromagnetism Safely

The MAE-112 apparatus allows students to observe the magnetic effect of electric current firsthand in a safe, controlled manner. With its insulated terminals and robust design, participants of all ages can investigate electromagnetism without risk. Its desktop stand ensures stability during experiments, and the easy setup process gets lessons started quickly.

Ideal for Educational Institutions

Designed for physics education, this demonstration model is a valuable resource in school and college laboratories. It supports concepts outlined in science curricula, engaging students and helping educators demonstrate theoretical principles like Oersted's experiment and the right-hand thumb rule. Its visual approach deepens understanding and encourages interactive learning.

Simple Operation & Reliable Results

The apparatus features banana plug/socket terminals, making it compatible with standard laboratory power supplies. Setup is straightforward-connect to a DC source (3V-6V) and observe the effect. The iron nail and insulated copper wire work together to produce a visible magnetic field, ideal for repeating demonstrations and reinforcing classroom lessons.

FAQ's of Magnetic Effect of Electric Current:

Q: How does the MAE-112 Magnetic Effect of Electric Current Apparatus work?

A: This apparatus demonstrates the magnetic field generated by an electric current passing through a coil. By connecting the insulated copper wire (around an iron nail) to a 3V-6V DC supply using banana plug terminals, students can observe the principles of electromagnetism, including the right-hand thumb rule and Oersted's experiment.

Q: What educational benefits does this apparatus offer?

A: The MAE-112 provides a hands-on approach to learning about electromagnetism. It enables students to visualize abstract concepts such as magnetic field formation around current-carrying conductors, enhancing comprehension and retention of physics theory through direct observation.

Q: When and where should this apparatus be used?

A: It is best utilized in school or college physics laboratories during lessons on electromagnetism or experimental demonstrations. The model is ideal for educators seeking to reinforce theoretical topics with practical experiments in a classroom or lab environment.

Q: What is the setup process for the MAE-112?

A: Simply affix the apparatus on a stable desktop, connect an external DC power supply (not included) to the banana plug terminals, and ensure the voltage remains between 3V and 6V. No calibration or specialized tools are required, making preparation quick and easy.

Q: Is the MAE-112 safe for student use?

A: Yes, the unit is specifically designed for safety in educational settings. It features child-safe insulated terminals, robust construction, and clear wiring, providing a secure hands-on experience for students and teachers alike.

Q: Which scientific concepts can be demonstrated with this apparatus?

A: Key concepts include the right-hand thumb rule, which predicts the direction of magnetic fields; Oersted's experiment, illustrating how current creates magnetic fields; and the general magnetic effects of electric current, offering foundational understanding in physics education.

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