Technology on Instagram: "The iodine clock reaction, first discovered by Hans Heinrich Landolt in 1886, is a famous experiment that perfectly showcases chemical kinetics in action. ⚗️✨ When two clear solutions are mixed, the liquid stays colorless for a short time before suddenly turning deep blue. This dramatic shift highlights how reaction rates work — with factors like concentration and temperature directly influencing the speed of the reaction. It’s a classroom favorite because it turns abst

technostronomy on Instagram: "The iodine clock experiment is a classic chemistry demonstration that shows how the rate of a chemical reaction can be controlled and observed. It's called a "clock" because after mixing a few clear solutions, there's a predictable amount of time before the mixture suddenly and dramatically changes to a dark blue or black color. Video credits: Mr. A Shepherd Profile on X: @MrShepherdChem"

Chemical smoke👀⚪️. Who can write this reaction equation? #chemistry#chemlab#chemistrylovers#chemist#chemistryteacher

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All Around Science (Official) on Instagram: "3D molecular visualisation - Water turning into ice - via CSIRO's Data61 Remix of a video posted by @ani_machins Credit: Michael Kuiper from CSIRO’s Data61 demonstrates molecular visualisations When water molecules freeze, they undergo a phase transition from a liquid to a solid state. This process involves several key steps: Slowing Down: As the temperature of water drops, the kinetic energy of its molecules decreases. At around 0 degrees Celsius (32