Electromagnet Science Kit

The Electromagnet Science Kit is designed to introduce and educate users about the principles of electromagnetism through hands-on experiments. With this kit, you can build various devices such as an electromagnet, electrical catapult, doorbell chime, telegraph, electromagnetic relay, and more.

The kit includes essential materials like enameled copper wire (Magnet Wire 28 AWG: Spool of 100 feet), a battery holder that mounts and connects 2 C size 1.5-volt batteries to produce 3 volts, a large nail as the core of the electromagnet, iron filings to reveal the direction of magnetic lines formed by the electromagnet, a wood block with pilot holes as a base for a telegraph station, a key strip for electrical contact, an armature in a large Z-shaped metal strip, a magnetic compass for testing the poles of the electromagnet, and sandpaper for removing the insulating enamel from the ends of the copper wire.

Instructions for conducting the experiments are available online, ensuring easy access and guidance throughout the learning process. Additionally, the kit is available in two different levels: basic and advanced. The advanced level kit expands the possibilities with additional materials, including 6 disk magnets, 1 neodymium magnet (super magnet), 2 latch magnets, 3 wood blocks with pilot holes, 8 small metal strips for keys, 3 large Z-shaped metal strips as armatures, a spool of 200 feet of magnet wire, 3 battery holders for 2 C size cells, 4 nails, insulated wires, bare wire, screws, a bottle of steel shapes (polished iron pieces), and a small bag of iron filings.

With each kit, you can perform at least 30 different experiments, making it a comprehensive and engaging tool for learning about electromagnetism. The materials provided cater to both basic and advanced levels, ensuring that users can progress and explore deeper concepts as they gain knowledge and experience.

FIND PROJECTS

Key Features:

• Build an electromagnet, electrical catapult, doorbell chime, telegraph, electromagnetic relay, and more
• Includes essential materials for experiments such as enameled copper wire, battery holder, large nail, iron filings, wood block, key strip, armature, magnetic compass, and sandpaper
• Available in basic and advanced levels
• Advanced level kit includes additional materials for expanded experiments
• Online instructions for easy guidance
• Allows for at least 30 different experiments

Product Specifications:

Similar Products:

• Electromagnet DIY Science Kit
• Junior Electromagnetism Set
• Electromagnet Experiment Kit
• Advanced Electromagnet Building Kit
• Electromagnet Discovery Set

Caution: Some experiments may require additional materials not included in the basic kit. Follow safety guidelines and instructions provided.

Electromagnet Science Kit

The Electromagnet Science Kit is designed to introduce and educate users about the principles of electromagnetism through hands-on experiments. With this kit, you can build various devices such as an electromagnet, electrical catapult, doorbell chime, telegraph, electromagnetic relay, and more.

The kit includes essential materials like enameled copper wire (Magnet Wire 28 AWG: Spool of 100 feet), a battery holder that mounts and connects 2 C size 1.5-volt batteries to produce 3 volts, a large nail as the core of the electromagnet, iron filings to reveal the direction of magnetic lines formed by the electromagnet, a wood block with pilot holes as a base for a telegraph station, a key strip for electrical contact, an armature in a large Z-shaped metal strip, a magnetic compass for testing the poles of the electromagnet, and sandpaper for removing the insulating enamel from the ends of the copper wire.

Instructions for conducting the experiments are available online, ensuring easy access and guidance throughout the learning process. Additionally, the kit is available in two different levels: basic and advanced. The advanced level kit expands the possibilities with additional materials, including 6 disk magnets, 1 neodymium magnet (super magnet), 2 latch magnets, 3 wood blocks with pilot holes, 8 small metal strips for keys, 3 large Z-shaped metal strips as armatures, a spool of 200 feet of magnet wire, 3 battery holders for 2 C size cells, 4 nails, insulated wires, bare wire, screws, a bottle of steel shapes (polished iron pieces), and a small bag of iron filings.

With each kit, you can perform at least 30 different experiments, making it a comprehensive and engaging tool for learning about electromagnetism. The materials provided cater to both basic and advanced levels, ensuring that users can progress and explore deeper concepts as they gain knowledge and experience.

FIND PROJECTS

Key Features:

• Build an electromagnet, electrical catapult, doorbell chime, telegraph, electromagnetic relay, and more
• Includes essential materials for experiments such as enameled copper wire, battery holder, large nail, iron filings, wood block, key strip, armature, magnetic compass, and sandpaper
• Available in basic and advanced levels
• Advanced level kit includes additional materials for expanded experiments
• Online instructions for easy guidance
• Allows for at least 30 different experiments

Product Specifications:

Similar Products:

• Electromagnet DIY Science Kit
• Junior Electromagnetism Set
• Electromagnet Experiment Kit
• Advanced Electromagnet Building Kit
• Electromagnet Discovery Set

Caution: Some experiments may require additional materials not included in the basic kit. Follow safety guidelines and instructions provided.

Magnet Science Kit

The Magnet Science Kit is a fun and educational tool for children to learn about the science of magnets. With this kit, kids can conduct experiments and explore the properties of magnets, including magnetic force, polarity, and attraction. This kit includes various types of magnets, such as bar magnets, horseshoe magnets, and magnetic wands, as well as other materials to conduct experiments with.

Product Specifications:

Perfect For: Science Enthusiasts

• Children interested in science and experiments
• Parents looking for educational toys for their kids
• Teachers looking for fun and interactive science activities for their students
• Science hobbyists and enthusiasts looking for a new project
• Individuals interested in learning about magnetism and its applications
• Gift givers looking for a unique and educational present

Magnetic Molecular Modeling Kit

Unleash the magnetic forces of science with our Magnetic Molecular Modeling Kit. This kit is designed to make learning about molecular structures captivating and interactive. Whether you're a student, teacher, or science enthusiast, our kit is your portal to understanding the invisible world that shapes our reality.

Key Features:

• Magnetic Magic: Effortlessly build molecular structures.
• Educational Excellence: Ideal for STEM education.
• Simplicity Meets Precision: User-friendly yet precise.
• Endless Exploration: Dive into molecular modeling.
• Built to Last: Crafted from high-quality materials.

Product Specifications:

Similar Products:

• Magnetic Science Kit
• Molecular Model Set
• Magnetism Explorers Kit
• Atomic Structure Learning Kit
• Science Magnetism Discovery Set

Metal Electrodes, Set Of 6

This set of 6 metal electrodes is ideal for use in electrovoltaic cells or various chemistry and physics experiments. Each electrode is made from different metals, including iron, copper, zinc, aluminum, steel, and magnesium. The electrodes are carefully sized at approximately 120mm x 18mm x 0.75mm (5" x 1/2" x 1/32"), making them easy to handle and suitable for classroom or laboratory use. Their consistent dimensions and material composition ensure reliable performance during experiments. These electrodes are perfect for students, educators, or lab technicians looking to demonstrate electrochemical reactions or explore the properties of different metals in practical experiments.

The set of metal electrodes includes various metals that are commonly used in experiments involving electrovoltaic (or galvanic) cells, electrochemistry, and other physics and chemistry experiments. Here's a brief overview of how these metals might be used:

1. Iron (Fe)

• Properties: Iron is a reactive metal and can oxidize easily.
• Use: Commonly used in electrochemical reactions, such as rusting experiments, or as one electrode in electrochemical cells.

2. Copper (Cu)

• Properties: Copper is a good conductor of electricity and is relatively unreactive compared to other metals.
• Use: Frequently used as a positive electrode in electrovoltaic cells, due to its stability and conductive properties.

3. Zinc (Zn)

• Properties: Zinc is highly reactive and easily gives up electrons.
• Use: Commonly used as the negative electrode in electrochemical cells, like in a simple zinc-copper battery.

4. Aluminum (Al)

• Properties: Aluminum is a lightweight, reactive metal with a natural oxide layer that protects it.
• Use: Often used in chemical reactions to produce hydrogen or as an electrode in electrolytic cells.

5. Steel (an alloy of iron)

• Properties: Steel is more resistant to corrosion than pure iron, thanks to the presence of carbon and sometimes other elements.
• Use: Steel can be used in experiments similar to iron, but it is less prone to rusting.

6. Magnesium (Mg)

• Properties: Magnesium is a highly reactive metal, often used in pyrotechnics due to its bright flame when ignited.
• Use: Magnesium is frequently used in electrochemical cells as a very reactive metal, often as a negative electrode.

Applications:

• Electrovoltaic Cells (Galvanic Cells): You can use these metals to build simple electrovoltaic cells, where two different metals act as electrodes and a solution (electrolyte) allows ions to flow, generating electricity.
• Corrosion and Rusting Experiments: The set can be used to observe how different metals react with the environment (such as exposure to water or air).
• Electrolysis: These metals can be used in electrolysis experiments to separate chemical compounds into their elemental forms using an electrical current.

Key Features

• Set of 6 metal electrodes: iron, copper, zinc, aluminum, steel, magnesium
• Ideal for electrovoltaic cells and experiments
• Electrodes Aprox measure 127mm x 18mm x 1mm (5" x 1/2" x 1/32")
• Durable and reliable for laboratory use
• Suitable for chemistry and physics experiments
• Perfect for educators, students, and lab professionals

Product Specifications

Slime Science Kit (Polymer)

Get ready to explore the world of science with the Slime Science Kit (Polymer)! This kit is perfect for those who are interested in learning about polymers, chemistry, and material science. With this kit, you'll get to experiment with different materials and create five different types of slime, including Glooze, Wiggly Wonder, Power Putty, Flip-Flop Slime, and more.

You'll also get to learn about various chemicals such as borax, guar gum, starch, and polyvinyl acetate and their properties through hands-on experiments. This kit is designed to provide you with a fun and educational experience that will help you discover your talents in the field of science.

While this set may not come in a colorful box, the instructions are available online for your convenience. So, get ready to dive into the exciting world of slime and science with the Slime Science Kit (Polymer)!

Solar Science Kit

The Solar Science Kit is a comprehensive educational tool designed to teach children about the power of the sun. With this kit, kids can learn about solar energy, how it works, and how it can be harnessed to power everyday objects. The kit includes a variety of experiments and activities that help children understand the science behind solar energy, and how it can be used to create a more sustainable future. Whether your child is interested in science, engineering, or just loves to experiment, the Solar Science Kit is the perfect way to encourage their curiosity and creativity.

Wooden Generator Science Kit

Constructing a wooden electric generator is one of the best ways to learn the principles of electric generators. This science kit is perfect for those who are interested in learning about the science behind generators. The completed kit is about 4 inches long and 2 inches wide, with the wood dowel axle measuring about 4 inches long. The wooden construction of the kit adds a unique touch to the learning experience, making it both fun and educational. Get your hands on this wooden generator science kit and start learning today!

Online Instructions

Wooden Generator Science Kit

The Wooden Generator Science Kit is a fascinating educational tool that comes pre-assembled, making it ready for exploration right out of the box. This kit is designed to help you understand the principles of electric generators through hands-on learning.

Key Features:

• Wooden Construction: The generator is crafted from wood, giving it a unique and appealing aesthetic.

Components and Functions:

• Magnet: Inside the generator, there's a magnet, a crucial component for generating electricity. It plays a fundamental role in the generator's operation.
• Magnet Wire: This wire is coiled around the generator's components, helping to capture the generated electricity.
• LED Lamp: The kit includes an LED lamp that can be connected to the generator. When the generator operates, it can power the LED lamp, demonstrating the conversion of mechanical energy into electrical energy.
• Terminal Block: The terminal block is used to connect the LED lamp to the generator. It simplifies the process of completing the electrical circuit.

Functionality:

The pre-assembled Wooden Generator Science Kit allows you to explore the fascinating world of electricity generation without the need for assembly. Simply connect the LED lamp to the generator using the provided terminal block, and you'll witness the transformation of mechanical energy into electricity as the lamp lights up. This hands-on experience provides a clear demonstration of the basic principles behind electric generators.

INSTRUCTIONS ONLINE

Similar Products:

• Electricity Learning Kit
• Magnetic Energy Experiment Set
• DIY Generator Science Toy
• Wooden Electricity Generator
• Educational Magnetism Kit