Formation of Magnesium Oxide Ion Model
Product Code : SCL-SSLDK-11432
Description:
The Formation of Magnesium Oxide Ion Model is a clear, durable educational apparatus designed to simplify the complex process of ionic bonding and electron transfer.
This model vividly demonstrates how a metal and a non-metal react to form an ionic compound, making it an invaluable resource for Chemistry, STEM, and Science curricula.
Usage:
The model’s primary usage is to provide a concrete, visual explanation of how magnesium oxide is formed.
Electron Transfer Visualization: It clearly shows the magnesium atom (a metal) losing two electrons from its outermost shell. Simultaneously, it illustrates the oxygen atom (a non-metal) gaining those same two electrons to complete its outer shell—a process that satisfies the octet rule for both atoms.
Ion Formation: The apparatus features clear, side-by-side representations of the resulting charged species: the magnesium ion (formed by the loss of two electrons) and the oxide ion (formed by the gain of two electrons).
Ionic Bond Demonstration: The model visually reinforces that the electrostatic attraction between these oppositely charged ions is what constitutes the ionic bond, leading to the stable compound magnesium oxide.
Key Features:
Clarity of Process: Explicitly shows the movement and loss/gain of electrons between the two initial atoms.
Color-Coded Parts: Utilizes distinct colors and transparent acrylic to differentiate components and clarify the reaction stages.
Focus on Stability: Clearly illustrates the resulting stable ions, making the concept of stability through the octet rule evident.
Versatile Application: Ideal for labs, lectures, and science exhibitions across middle and high school levels.