Atomic Structure of Carbon Model
Product Code : SCL-CLE-11458
Description:
The Atomic Structure of Carbon Model is an engaging and essential Science Educational Laboratory Model designed to visually teach the fundamental principles of atomic structure using the element, Carbon. This model transforms abstract concepts into a tangible, easy-to-understand representation, making it a critical asset for STEM curricula in schools and colleges.
Core Function: To clearly demonstrate the arrangement of subatomic particles—protons, neutrons, and electrons—within a single atom of Carbon.
Carbon Representation: Specifically illustrates the structure of the most common isotope of Carbon:
Nucleus: Contains 6 protons and 6 neutrons.
Electron Distribution: Shows 6 electrons arranged in two distinct electron shells or orbitals (K and L shells), demonstrating the stable configuration of a neutral Carbon atom.
Key Features:
Clarity: Constructed with transparent acrylic for optimal viewing of the internal structure and particle arrangement.
Durability: Features a robust, student-friendly design manufactured for repeated use in a classroom environment.
Visualization: Crucial for easily visualizing abstract atomic and electron distribution concepts.
Usage:
The Carbon Atom Model is indispensable for introductory and advanced chemistry education:
Teaching Atomic Theory: Serves as the primary tool for introducing the concepts of the nucleus, protons, and neutrons, and the fundamental distribution of electrons in shells.
Explaining Chemical Bonding: Due to Carbon's central role in organic chemistry, this model is key to explaining the concept of valency and how Carbon forms stable bonds by sharing its four outer-shell electrons.
Demonstrating Electron Shells: Clearly illustrates the K and L electron shells, helping students grasp the energy levels and maximum number of electrons in each shell.
Isotopes Introduction: Provides a baseline structure that can be used to explain the concept of isotopes (atoms with the same number of protons but different numbers of neutrons).
