Browse curated Chemistry animation examples with reusable Manim scenes, visual explanations, and teaching-ready ideas.
8 Animationen
Teaches the law of conservation of mass by balancing two chemical equations step by step. Shows atom-count tracking on both sides of the equation, then demonstrates adding coefficients to balance Hβ + Oβ β HβO and CHβ + Oβ β COβ + HβO.
Demonstrates Le Chatelier's Principle using the Haber process (Nβ + 3Hβ β 2NHβ). Shows three stresses applied to a system at equilibrium and how the equilibrium position shifts in response to each stress using arrow-size animations.
Introduces the pH scale from 0 to 14 with a color-gradient bar and real-world substance examples. Explains the logarithmic relationship between pH and hydrogen ion concentration, and animates how HβΊ concentration changes across the scale.
Demonstrates covalent bonding by showing two hydrogen atoms sharing electrons to form Hβ, then extends to water (HβO) where oxygen shares electrons with two hydrogens. Electron clouds overlap to illustrate shared pairs.
Visualizes ionic bonding by showing how sodium donates its single valence electron to chlorine. The resulting oppositely charged ions attract each other to form NaCl. Electron shell diagrams and LaTeX equations are shown at each step.
Introduces students to the structure of the periodic table by showing the first three periods. Demonstrates how rows (periods) correspond to electron shells and columns (groups) indicate valence electrons, using Na and Cl as worked examples with Bohr-model shell diagrams.
A visual introduction to atoms and molecules for primary school students (ages 6β11). Shows how atoms (tiny building blocks) combine to form molecules, using water (HβO) as the main example. Key takeaway: everything is made of tiny particles called atoms, and when they join together they make molecules.
Shows how the three states of matter differ at the particle level. Solid particles vibrate tightly in place, liquid particles flow loosely, and gas particles fly freely. A thermometer rises as heat is added to drive each transition.
