The Science Behind
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The Science Behind
"Uncovering the hidden science behind everyday life. Short, fun, and mind-blowing facts daily! 🚀"
🔥 What happens when aluminum reacts with iron oxide?
This is the Thermite Reaction — a powerful example of an exothermic reaction and single displacement reaction.
Aluminum removes oxygen from iron oxide, producing aluminum oxide + iron and releasing an enormous amount of heat. 🔥⚗️
The result? Intense heat, brilliant sparks, and molten metal.
Would you watch another extreme chemistry experiment? 👇
🔬 Follow The Science behind for more fascinating science!
Zinc meets copper sulfate 🔬⚗️ What happens?
Zinc displaces copper from copper sulfate, producing zinc sulfate and copper metal.
Zn + CuSO₄ → ZnSO₄ + Cu 🧪
Follow The Science Behind for more fascinating science
🔬🌿 How do we see plant cells under a microscope?
It starts with something as simple as a thin leaf peel.
In this quick biology practical, we prepare a lower epidermal peel, mount it on a microscope slide, and observe it first under low power before switching to high power.
At higher magnification, tiny structures such as epidermal cells and stomata become much easier to observe. 🧫🔬
A simple technique — but an amazing look into the microscopic world of plants! 🌱
💬 What would you look at under a microscope?
Follow The Science Behind for more science, experiments and fascinating discoveries. 🔬
13/09/2026
🧪 Activity Series & Metal Extraction
Why do some metals react quickly while others barely react at all? ⚡
The Activity Series ranks metals from most reactive to least reactive. It helps us understand: 🔹 How metals react with water, steam and acids
🔹 Which metals can be extracted by electrolysis
🔹 Which can be extracted using carbon
🔹 The different flame colours of some elements 🔥
A simple chart that makes Chemistry easier to understand and remember! 🧠🔬
Save this post for your next Chemistry revision! 📚
STEM is more than a school subject — it’s shaping the future. 🔬🚀
From AI and robotics to space science and biotechnology, science and technology are becoming part of everyday life.
What STEM topic should we explore next? 👇
AI 🤖 | Space 🚀 | Chemistry 🧪 | Biology 🧬 | Physics ⚡
🧪 What happens when copper sulfate meets ammonia? 🔵➡️💙
It starts with a pale-blue change… then something amazing happens. As excess ammonia is introduced, the chemistry transforms the mixture into an intense deep-blue copper complex. 🔬✨
No magic. No special effects.
Just coordination chemistry in action!
👀 Did you expect that colour change?
👇 Comment your answer before watching it again!
Follow The Science Behind for more fascinating chemistry, experiments and science explained visually. 🌎🔬
11/09/2026
⚡ Electricity can do more than power a circuit — it can drive chemical change!
In electrolysis, electrical energy forces a non-spontaneous reaction to occur. In molten sodium chloride (NaCl), Na⁺ ions are reduced at the cathode to form sodium metal, while Cl⁻ ions are oxidised at the anode to produce chlorine gas. 🧪⚡
Overall reaction:
2NaCl(l) → 2Na(l) + Cl₂(g)
💡 The key idea: Electrolysis uses electricity to decompose a compound into its elements.
What would you expect to observe at each electrode? 👇
Fact
💥 What happens when sodium meets water?
It looks almost unreal! 🧪⚡ In this slow-motion educational simulation, watch sodium react vigorously with water while the solution changes to a striking pink color.
The chemistry behind it is fascinating:
2Na + 2H₂O → 2NaOH + H₂
The reaction produces sodium hydroxide and hydrogen gas, while the pink color represents an alkaline solution detected by an indicator.
🔬 Science isn’t just something you read—it’s something you can visualize!
⚠️ Educational CGI simulation — not a real experiment.
👇 Did you already know why the solution turns pink?
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