Scoolam Foundation

Scoolam Foundation Science. Simplified. Success Amplified. We don’t just teach for marks — we teach for mastery.
⚡ Clear concepts.

NCERT-based lessons.
💡 JEE | NEET | Class 6–12 | MCQs | Test Series
Built for students who want to understand deeply and score like toppers. Scoolam, with its Head Office in Goa and Branch Office in Gorakhpur, is a trusted coaching institute for Classes 6th to 12th students in Gorakhpur. Known for strong Science, Math, and English foundation classes, Scoolam also prepares students for NEET, JEE, a

nd other competitive exams. As one of the best coaching centers in Gorakhpur, we provide NCERT-based notes, MCQs, test papers, video classes, live sessions, and doubt-solving support. Students benefit from weekly quizzes, mock tests, and progress tracking, ensuring step-by-step improvement. Whether from CBSE, ICSE, or UP Board, Scoolam helps students in Gorakhpur excel in Class 10, Class 12 board exams, and competitive exams with affordable, high-quality education.

I still remember when “Oxidation” and “Reduction” felt like alien terms.Like—why does one lose electrons and the other g...
21/10/2025

I still remember when “Oxidation” and “Reduction” felt like alien terms.
Like—why does one lose electrons and the other gain them?
And what’s the point anyway?

But once I understood Redox Reactions, chemistry stopped feeling like memorization — it started feeling like logic in motion.

Every time you charge your phone, start your bike, or even breathe — a redox reaction is happening.
⚡ Electrons move. Energy flows. Life works.

Think of it this way —
➡ Oxidation: Loses electrons.
➡ Reduction: Gains electrons.
They’re two sides of the same coin — you can’t have one without the other.

Now every battery, every cell, every rusted nail… makes perfect sense.
That’s the power of Redox.

📘 Swipe to learn:

What oxidation and reduction really mean
How to spot redox reactions instantly
And how they silently run the world around us.

You’ve seen shiny jewelry, rust-free car parts, and even golden mobile connectors —but ever wondered how a dull metal tu...
21/10/2025

You’ve seen shiny jewelry, rust-free car parts, and even golden mobile connectors —
but ever wondered how a dull metal turns into a mirror-finish beauty? ⚡

It’s not paint.
It’s Electroplating — a science-backed process that coats one metal with another using electricity.

Here’s how it works 👇

🔹 A metal object (like brass) is connected to the negative terminal (cathode).
🔹 The coating metal (like copper) is connected to the positive terminal (anode).
🔹 Both are dipped into an electrolyte containing metal ions.
🔹 When current flows, the metal ions move and form a thin layer on the object.

Every time you see gold-plated jewelry or chrome car parts —
you’re literally looking at controlled electrolysis in action. ⚙️

🧠 Why It Matters

✅ Prevents rust and corrosion
✅ Adds shine and beauty
✅ Improves conductivity
✅ Reduces wear and tear
✅ Powers industries from jewelry to electronics

💬 Quick Fact:
The same principle powers phone connectors, car engines, and even medical implants!

The power behind your fan, car, and even your washing machine — all starts with one genius invention: the Electric Motor...
21/10/2025

The power behind your fan, car, and even your washing machine — all starts with one genius invention: the Electric Motor ⚙️

Electric motors are the heart of modern machines, silently turning electrical energy into motion — every second, everywhere.
From ceiling fans to electric cars, this one principle drives it all:

👉 Current + Magnetic Field = Motion (Torque)

What makes them so efficient?
They convert over 90% of electricity into mechanical work, powering everything from robots to bullet trains — proof that real science never sleeps.

💡 Swipe through to see how electromagnetic force becomes motion — and why our world literally runs on motors.

Every time you walk, write, or even hold your phone — there’s an invisible force helping you do it.That’s friction — the...
21/10/2025

Every time you walk, write, or even hold your phone — there’s an invisible force helping you do it.
That’s friction — the silent hero (and sometimes, the villain) behind motion.

We rarely notice it until it resists us — like dragging a box that feels impossible to move…
But add wheels? Suddenly, it’s smooth — because rolling friction < sliding friction.

Friction gives us grip, control, and safety — yet engineers are constantly finding ways to reduce it to make machines faster and more efficient.

From car tires and shoe soles to ball bearings and engines,
everything you use is built to balance friction — not fight it.

Swipe through this infographic to understand:

⚙️ What friction really is
🧩 Why sliding and rolling friction behave differently
🚀 How reducing friction changes performance
🔍 And what factors actually affect it

Because in science — even resistance has purpose. 💪

We didn’t become Homo sapiens overnight.It took millions of years, countless adaptations, and one brilliant advantage — ...
21/10/2025

We didn’t become Homo sapiens overnight.
It took millions of years, countless adaptations, and one brilliant advantage — our brain.

🧠 Early primates lived in trees.
🚶‍♂️ Australopithecus learned to walk upright.
🪓 Homo habilis created the first tools.
🔥 Homo erectus mastered fire and left Africa.
🧱 Neanderthals built societies and used language.
💡 And finally, Homo sapiens — creators of art, culture, and technology.

Every step made us smarter, stronger, and more connected.
From stone tools to smartphones, this is the journey that shaped humanity itself.

🧩 Quick fact:
Our brain size tripled during evolution — from 500cc to 1400cc — that’s where intelligence took off.

You add salt to water, it disappears.But where does it actually go? 💧That’s the magic of a solvent — the real worker beh...
21/10/2025

You add salt to water, it disappears.
But where does it actually go? 💧

That’s the magic of a solvent — the real worker behind every solution.
It breaks substances down so finely that molecules mix perfectly — no trace left behind.

Polar solvents like water pull apart charged particles, while non-polar ones like benzene handle oily stuff.

From the drink in your bottle to medicine in your blood — solvents make chemistry happen.

Water still rules them all — the Universal Solvent. 🌍

I used to think “120/80” was just some random number doctors say.But that number… literally tells you how your heart is ...
21/10/2025

I used to think “120/80” was just some random number doctors say.
But that number… literally tells you how your heart is doing — every single beat.

When your heart contracts, it sends blood surging through your arteries — that’s your systolic pressure.
When it relaxes between beats — that’s your diastolic pressure.

A small cuff on your arm, a stethoscope, and a simple gauge — together they reveal the force of your life pumping inside you.

Too high — your arteries are under stress.
Too low — your organs starve for oxygen.

It’s one of the simplest tests, yet one of the strongest indicators of your heart’s health.

Check this infographic to finally understand how that small device — the sphygmomanometer — measures your blood pressure with pure physics and precision.

I never really looked at a leaf as a factory — until I understood what happens inside it. 🍃Every leaf is a solar-powered...
21/10/2025

I never really looked at a leaf as a factory — until I understood what happens inside it. 🍃

Every leaf is a solar-powered biochemical lab.
The upper epidermis lets light in, the palisade layer captures it to make food, and the spongy layer ensures gases flow smoothly.

Deep inside, the vascular bundles work like pipelines —
🚰 Xylem brings water up from roots,
🍬 Phloem sends food down to every cell.

Even the tiny stomata on the underside open and close like smart valves, balancing CO₂ intake and water loss.

Once you see how perfectly this system runs, you realize — photosynthesis isn’t just a chapter, it’s engineering with light and life.

Check this infographic — the entire anatomy of a leaf, explained visually and simply.

I always used to wonder why the periodic table has two random rows hanging below it.Turns out — those two “hidden” rows ...
21/10/2025

I always used to wonder why the periodic table has two random rows hanging below it.

Turns out — those two “hidden” rows are where some of the most powerful and useful elements live. ⚙️

The f-block elements — Lanthanides and Actinides — may look like an afterthought, but they’re the backbone of modern science:

💡 Lanthanides (4f series) → used in lasers, magnets, LED screens, and MRI scans.
☢️ Actinides (5f series) → fuel nuclear reactors and power entire cities.

Every one of them fills the f-orbitals, creating metals that glow, react, or even radiate energy.

And here’s the wild part — all this chemistry starts from Lanthanum (La) and Actinium (Ac) — the two elements that quietly kick off these mighty series.

Check this infographic — everything you need from configuration to contraction and real-world uses is packed cleanly into one visual.

🔥 Ever wondered how your Wi-Fi, microwave, sunlight, and even X-rays are all connected?They’re all part of one big famil...
20/10/2025

🔥 Ever wondered how your Wi-Fi, microwave, sunlight, and even X-rays are all connected?

They’re all part of one big family — the Electromagnetic Spectrum⚡

From the longest radio waves that bring music to your phone 🎶 to the tiny gamma rays used in cancer treatment 💥 — every wave carries energy, travels at the speed of light, and plays a role in your daily life.

💡 Fun fact: Only a small slice of this spectrum — the visible light — is what your eyes can actually see. Everything else? Hidden energy around you, working nonstop!

📸 Swipe through and see how:
👉 Radio → Communication
👉 Microwaves → Cooking
👉 Infrared → Heat
👉 Visible Light → Colors
👉 UV → Vitamin D & Tanning
👉 X-Rays → Medical Imaging
👉 Gamma Rays → Space Energy Bursts

Next time you switch on Wi-Fi or enjoy a sunny day — remember, you’re surrounded by science. 🌈⚡

Next time you cycle uphill, remember — you’re literally fighting gravity, friction, and physics all at once. 🚴‍♂️That sl...
20/10/2025

Next time you cycle uphill, remember — you’re literally fighting gravity, friction, and physics all at once. 🚴‍♂️

That slope you’re climbing isn’t just an obstacle — it’s one of the simplest machines ever made: the Inclined Plane.

It works by splitting gravity into two parts — one that pulls you down, and one that presses you into the surface.

Every force — friction, normal reaction, applied effort — interacts on that slope to decide whether you move up, slide down, or stay still.

Once you understand this, Newton’s laws stop feeling like theory and start making real-world sense.

Check this infographic — it explains how forces act on an inclined plane, the equations behind it, and a real numerical example to tie it all together.

I always found it wild that inside every living cell, there are tiny biological machines working non-stop — they’re call...
20/10/2025

I always found it wild that inside every living cell, there are tiny biological machines working non-stop — they’re called enzymes.

These molecules make life possible by speeding up every chemical reaction — from digestion to DNA repair — without ever being used up themselves.

The way they work is brilliant:
A substrate fits into the enzyme’s active site like a key in a lock.
The enzyme slightly changes its shape to fit perfectly — that’s the Induced Fit Model — and boom, the reaction happens in milliseconds.

One enzyme molecule can catalyze thousands of reactions per second, making it the real engine of life.

Once you understand this process — binding, catalysis, release, reusability — biology stops being rote learning and starts feeling like design-level science.

Check this infographic — it breaks down how enzymes actually work, step by step.

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