Structure of Atom Model
Product Code : SCL-CLE-11460
Description:
The Structure of Atom Model is an essential Science Educational Laboratory Model designed to visually demonstrate the fundamental principles of atomic structure for students. This durable, transparent apparatus is primarily used to illustrate the simplified yet historically significant concepts of the Bohr Atomic Theory.
Core Function: To help students visualize the key components of an atom: the central nucleus (containing protons and neutrons) and the electrons orbiting the nucleus in defined, circular paths or energy levels (orbits/shells).
Theoretical Basis: It is the ideal teaching aid for explaining Bohr’s Atomic Theory, including concepts such as:
Quantized Energy Levels: The idea that electrons exist only in specific, discrete orbits.
Electron Paths: The model clearly shows the defined circular paths electrons are theorized to follow.
Nucleus Structure: Represents the dense central region where protons and neutrons are located.
Key Features:
Clarity: Constructed with a transparent acrylic body to provide an unobstructed view of the internal components and particle movements.
Demonstration Focus: Features clearly marked circular orbits for accurate visualization of electron distribution and paths.
Durability: Offers a compact and sturdy design, making it perfect for classroom demonstrations, group teaching, and educational exhibitions.
Usage:
This model is a cornerstone resource for teaching introductory physics and chemistry concepts:
Teaching Atomic Fundamentals: Used as the introductory tool to explain the existence and location of protons, neutrons, and electrons within an atom.
Explaining Energy Levels: Crucial for introducing the concept of electron shells (orbits) and how electrons gain or lose energy when moving between these levels.
Historical Context: Supports lessons on the development of atomic theory, specifically contrasting the simple Bohr model with more modern, complex quantum mechanical models.
Hands-on Learning: Facilitates visual and hands-on science learning by allowing students to easily trace and understand the relative positions of subatomic particles.
