Pludo Educational Kits

Pludo Electromagnetism Explorer Circuit - Unlock the Invisible Power of Magnetism - Hands-On STEM Learning (Grades 5-6 - Ages 10-11)

Product ID: FAERI-00636

Pludo Electromagnetism Explorer Circuit - Unlock the Invisible Power of Magnetism | Hands-On STEM Learning (Grades 5-6 | Ages 10-11) The Pludo Electromagnetism Explorer Circuit - Unlock the Invisible Power of Magnetism | Hands-On STEM Learning (Grades 5-6 | Ages 10-11) is a hands-on educational

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Pludo Educational Kits

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Pludo Electromagnetism Explorer Circuit - Unlock the Invisible Power of Magnetism | Hands-On STEM Learning (Grades 5-6 | Ages 10-11)

The Pludo Electromagnetism Explorer Circuit - Unlock the Invisible Power of Magnetism | Hands-On STEM Learning (Grades 5-6 | Ages 10-11) is a hands-on educational science kit designed to introduce young learners to the core physics concept of electromagnetism by allowing them to build a working electromagnet and directly observe how electric current generates a magnetic field.

This DIY STEM toy includes essential components such as insulated copper wire, a core, connectors, and clear instructions so that students aged 10–11 (Grades 5–6) can wind coils and experiment with magnetic force, visualize field effects, and understand the relationship between electricity and magnetism in a tangible way — turning abstract theory into engaging, interactive learning.

The kit’s exact focus is on magnetic field generation through current-carrying coils, helping children grasp foundational physics while developing problem-solving, critical thinking, and scientific curiosity.

What Your Child Will Learn:

• Learn how magnets attract and repel objects while understanding magnetic force through simple hands-on activities.

• Visualize magnetic field lines using iron filings and observe how invisible forces create unique patterns around a magnet.

• Build and test a working compass to understand magnetic poles, direction, and everyday navigation.

• Discover how Earth's magnetic field guides a compass and helps in real-world navigation and orientation.

The Pludo Electromagnetism Explorer Kit brings one of physics’ most powerful concepts to life — electromagnetism. By building a working electromagnet, students directly observe how electric current flowing through a coil creates a magnetic field.

• Understand how electric current generates a magnetic field.

• Learn the relationship between electricity and magnetism through hands-on experimentation.

• Explore how coil windings affect magnetic strength.

• Observe magnetic force in action by testing attraction and field effects.

• Develop scientific thinking by experimenting, predicting, and analyzing results.

• This kit transforms abstract textbook theory into visible, measurable science.

Educational Outcomes:


Electromagnetism Fundamentals: Clear understanding of magnetic field generation through current-carrying coils.

Applied Physics Learning: Reinforces Grade 5–6 science curriculum concepts with practical demonstrations.

Experimental Skills: Encourages hypothesis testing, observation, and result analysis.

Critical Thinking Development: Strengthens reasoning and troubleshooting abilities during assembly and testing.

STEM Confidence: Builds curiosity and deeper engagement with electrical science and engineering principles.

Hands-On Scientific Inquiry: Promotes experiential learning over passive memorization.

Features:

Build-Your-Own Electromagnet Model: Allows students to wind coils and create a functioning electromagnet.

Magnetic Field Generation Demonstration: Clearly shows how electric current produces magnetic force.

Complete DIY STEM Kit: Includes insulated copper wire, core, connectors, and guided instructions.

Curriculum-Aligned Design: Perfectly suited for Grades 5–6 (Ages 10–11) physics learning objectives.

Safe & Durable Components: Designed for repeated classroom experiments or home STEM activities.

Step-by-Step Instruction Manual: Ensures easy assembly and confident experimentation.

Ideal for Projects & Science Fairs: A powerful demonstration model for classroom presentations and exhibitions.