The reaction between concentrated hydrogen peroxide and solid potassium permanganate is an incredibly vigorous and instantaneous process. During this chemical reaction, the potassium permanganate causes the rapid decomposition of the hydrogen peroxide, releasing a massive volume of oxygen gas. Because the reaction is highly exothermic, the heat generated is sufficient to instantly turn the resulting water into thick white clouds of steam. #chemistry #ChemistryFun #chemicalreaction | Physics Api

No extra indicator needed 💜 In KMnO₄ vs oxalic acid titration, potassium permanganate acts as a self-indicator. The reaction ends when a permanent pale pink colour appears — that’s your end point! #ChemistryReels #KMnO4 #OxalicAcid #RedoxTitration #SelfIndicator #PracticalChemistry #LabExperiment #ChemistryStudents #ScienceReels #ChemistryPreparation #LabLife #BoardExam #NEET #JEE #jeepgrandcherokee #fblifestyle | Chemistry Preparation

“Some chemicals don’t just react… they rebel.” 🔥🧪 When 35% hydrogen peroxide meets concentrated potassium permanganate, the result is pure chaos. A runaway oxidation reaction releases enormous heat, oxygen, and instant decomposition — pushing temperatures beyond 250 °C, hot enough to melt metal. No spark. No flame. Just chemistry violently proving why some substances should never be mixed casually. ⚠️ Do NOT try this at home — this experiment belongs outdoors, with serious precautions. #usasci