Formation of Magnesium Oxide Ion Model Manufacturer,Supplier and Exporter in India
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Product Code : SCL-AS-12487
The Formation of Magnesium Oxide Ion Model is a chemistry teaching aid used for demonstrating how magnesium and oxygen form oppositely charged ions through electron transfer. Designed for chemistry teachers, school students, science laboratories, and STEM classrooms, it helps make ionic bonding, ion formation, electrical charge, and the MgO formula easier to explain visually.
Product Description
The Formation of Magnesium Oxide Ion Model represents the key electron-transfer process involved in magnesium oxide formation. A magnesium atom loses two electrons to form Mg2+, while an oxygen atom gains two electrons to form O2−. These oppositely charged ions are represented in a 1:1 ratio corresponding to the formula MgO.
The model supports classroom discussion of valence electrons, cations, anions, ionic bonding, charge balance, and chemical formula writing. It can be used alongside the broader chemistry equipment range offered by School Equipments. Construction material, dimensions, weight, and exact physical configuration were not supplied and should be confirmed before publication.
Key Features
- Visualizes electron transfer: Helps explain the transfer of two electrons from magnesium to oxygen.
- Demonstrates ion formation: Represents Mg2+ and O2− ions clearly.
- Explains ionic bonding: Supports teaching of electrostatic attraction between oppositely charged ions.
- Shows charge balance: Demonstrates why magnesium and oxide ions combine in a 1:1 ratio.
- Supports formula learning: Helps students connect ionic charges with the formula MgO.
- Suitable for demonstrations: Useful for teacher-led lessons and supervised student learning.
- Concept-focused design: Makes an abstract chemical process easier to discuss through visual representation.
Technical Specifications
|
Specification |
Detail |
|
Product Name |
Formation of Magnesium Oxide Ion Model |
|
Brand |
School Equipments |
|
Product Type |
Chemistry teaching model |
|
Subject Area |
Ionic bonding and ion formation |
|
Ions Represented |
Mg2+ and O2− |
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Chemical Formula Represented |
MgO |
|
Capacity |
Not applicable to this teaching model |
What's Included in the Kit
- Formation of Magnesium Oxide Ion Model — exact physical components, quantity, configuration, and accessories
Applications / Uses
- Demonstrating transfer of two electrons from magnesium to oxygen.
- Teaching the formation of Mg2+ cations and O2− anions.
- Explaining ionic bonding and electrostatic attraction.
- Showing why the empirical formula of magnesium oxide is MgO.
- Supporting chemistry lessons on atomic structure, valence electrons, and charge balance.
- Complementing resources in the Materials & Their Properties collection.
How to Use the Formation of Magnesium Oxide Ion Model
- Identify the representations of the magnesium atom and oxygen atom.
- Locate the two outer electrons associated with magnesium in the model.
- Demonstrate the transfer of these two electrons from magnesium to oxygen.
- Explain that magnesium becomes Mg2+ after losing two electrons.
- Explain that oxygen becomes O2− after gaining two electrons.
- Bring the ionic representations together to show the 1:1 charge balance represented by MgO.
- Compare the concept with related chemical-bonding resources such as the Formula Finder Kit and Structure and Bonding Kit.
Safety and handling note: Use the model under appropriate classroom supervision. Handle all components carefully and follow any product-specific instructions supplied by the manufacturer.
Care & Maintenance
- Store the model in a clean, dry place after use.
- Handle individual components carefully to prevent loss or physical damage.
- Use a soft, dry cloth for routine cleaning unless the manufacturer specifies another method.
- Avoid using solvents or abrasive cleaners without verified material-compatibility information.
Why Choose School Equipments
School Equipments is based in Ambala, India, and manufactures and supplies science education instruments and school laboratory equipment. Its product portfolio covers chemistry instruments, scientific laboratory equipment, science kits, mathematics kits, didactic models, and STEM learning products. The company states that it has experience serving schools and companies across more than 20 countries and regions, supporting institutional and international supply requirements.
Frequently Asked Questions
What is the Formation of Magnesium Oxide Ion Model used for?
It is used to demonstrate how magnesium loses two electrons and oxygen gains two electrons, forming Mg2+ and O2− ions during the explanation of ionic bonding.
Why is the formula of magnesium oxide MgO?
Magnesium forms an ion with a 2+ charge, while oxygen forms an ion with a 2− charge. One ion of each balances the electrical charges, giving a 1:1 ratio and the formula MgO.
Can this model be used in school chemistry classes?
Yes. It is intended as an educational teaching aid for explaining ion formation, electron transfer, ionic bonding, and chemical formula writing in supervised classroom or laboratory sessions.
Does the model demonstrate covalent or ionic bonding?
It demonstrates ionic bonding. The teaching concept involves electron transfer and the formation of oppositely charged Mg2+ and O2− ions.
What material is the Formation of Magnesium Oxide Ion Model made from?
The material was not supplied in the available product data and should be confirmed before publishing a material specification.
Does this product have any verified certification?
No product-specific standard or certification was supplied or independently verified, so none is claimed on this page.
Explore the complete chemistry teaching equipment range from School Equipments for related classroom models, experiment resources, and chemistry learning aids.
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