Balancing, reaction types, periodic trends and mole calculations — taught so a student can predict a product rather than recall one.
Sugar vanishes into tea. Ice turns into water. An old gate turns orange. Children notice these things long before anyone calls it Chemistry. At Brolly Juniors in Hyderabad, we give those everyday changes a name and an explanation.
Chemistry classes for kids are lessons about what things are made of and how they change, explained in language a child can follow. Children learn about matter, solids, liquids and gases, atoms, elements, compounds, mixtures, physical and chemical changes, acids and bases, and safe everyday reactions.
Brolly Juniors provides chemistry tuition in Hyderabad for Classes 8 to 10 across CBSE, ICSE and State boards. Students learn to balance equations reliably, classify reaction types, read periodic trends and handle mole and concentration calculations — with weekly marked practice on equations and numericals.
Six things children do in a Chemistry session at Brolly Juniors.
Matter, mixtures, changes and reactions explained in plain words before any technical terms.
Cooking, cleaning, rust and rain all become examples children already know.
Low-risk activities with everyday materials, supervised where needed.
Predict, observe, compare, explain. That order, every time.
"Where did the sugar go?" is a real Chemistry question with a real answer.
Some changes can be reversed. Some cannot. Children learn to tell them apart.
Chemistry is the study of what things are made of, and how they change. Try this thought:
From that one example, Chemistry opens up in several directions. Children learn about:
MaterialsWhat things are made of — wood, metal, plastic, glass.
ChangesMelting, freezing, dissolving, rusting, burning.
MixturesTwo or more things together, like salt in water.
SolidsKeep their own shape, like a stone or an ice cube.
LiquidsTake the shape of the container, like water or oil.
GasesSpread out to fill all the space, like air or steam.
Simple reactionsWhen substances interact and something new forms.
Everyday substancesWater, salt, sugar, soap, vinegar, baking soda.
Because Chemistry turns "that's just how it is" into "here is why".
Chemistry rewards the child who wants to know what is inside things.
Noticing the colour change, the bubbles, the smell — and saying so.
Predicting what will happen, then checking honestly whether it did.
If this changed and that did not, what was different between them?
How would you separate sand from water? There is more than one answer.
Why soap cleans, why food spoils, why iron rusts near water.
Brolly Juniors does not promise higher marks, exam results or ranks. We focus on understanding, safe exploration and clear explanations.
Ten skills children practise while exploring Chemistry.
Predict, test, observe, conclude — a method children can reuse anywhere.
Noticing the small change that explains the big result.
Wanting to know what something is made of, not just what it is called.
Working from cause to effect without skipping a step.
Finding a way to separate, sort or test something.
Asking a question that can actually be answered by looking.
Knowing why a change happens, so the rule is not just memorised.
Comparing two materials and deciding what really made the difference.
Connecting a lesson to the kitchen, the bathroom and the garden.
Being willing to say "I think it happened because…" and explain.
Chemistry becomes memorisation the moment a student stops seeing why a reaction goes the way it does. The order below is designed to prevent exactly that.
What the particles are doing, because every reaction rule follows from that.
A systematic method for balancing, drilled until it is quick and reliable.
Classifying reactions and reading the periodic table as a map rather than a list.
Mole, mass and concentration calculations laid out the way the marking scheme wants.
A suggested learning progression, from first ideas to school-level Chemistry.
First ideas, learned mostly by looking, sorting and describing.
Example learning progression. Actual topics may vary based on age, school level and learning needs. Contact Brolly Juniors for current details.
Everything around us that takes up space.
Fixed shape, like a coin or a brick.
They flow and take the container's shape.
They spread out and fill the whole space.
The tiny building blocks matter is made from.
Substances made of just one type of atom.
Two or more elements joined together.
Substances together but not joined.
Physical changes and chemical changes.
Two groups of substances with different properties.
When substances interact and something new forms.
Filtering, sieving, evaporating and picking out.
A general guide to what Chemistry can look like at different ages.
Sorting materials, naming solids, liquids and gases, watching ice melt, and mixing sugar into water. Mostly looking and describing.
Mixtures and how to separate them, physical versus chemical changes, first ideas about atoms, and everyday acids and bases.
Elements and compounds, reading the periodic table, chemical reactions, and properties of materials with simple measurement.
Atomic structure, bonding basics, acids, bases and salts, and an introduction to organic chemistry concepts.
These are general age guides for Chemistry learning, not fixed Brolly Juniors batch groups. Readiness and current school level matter more than age alone. Contact Brolly Juniors for current details.
Matter is anything that takes up space. Your desk, your water bottle and the air in the room are all matter.
Keeps its own shape. An ice cube stays a cube until something changes it.
Takes the shape of whatever holds it. Pour it into a glass and it becomes glass-shaped.
Spreads out to fill all the space it can reach.
Here is the part children find surprising: ice, water and steam are all the same substance. Only the state has changed. Warm the ice and it becomes water. Warm the water enough and it becomes steam. Cool the steam and it becomes water again. Nothing new was made. That is why melting and boiling are called physical changes.
An atom is a very tiny building block that makes up matter.
That is enough for a young child. Older children go further into what an atom is made of, but only once the basic picture is comfortable.
An element is a substance made of only one type of atom.
Part of the air we breathe. We cannot see it, but it is there.
Used in gates, tools and vehicles. Strong, and it can rust.
Used in jewellery. It does not rust, which is one reason it stays shiny.
Found in pencil lead, in charcoal — and in every living thing.
If you had a box containing only one kind of brick, that box would be an element. There are just over a hundred known elements. Everything else is built by combining them.
A compound forms when two or more elements join together.
Water is made from hydrogen and oxygen joined together.
Salt is made from sodium and chlorine joined together.
A compound behaves like a completely new substance, not like the elements it came from. That is what makes it different from a mixture.
In a mixture, substances are combined but each one stays itself.
You can still see both. Leave it to settle and the sand sinks to the bottom.
The apple is still apple and the banana is still banana. You could pick them apart.
You cannot see the salt any more, but it is still salt. Let the water dry and the salt comes back.
In a mixture nothing new is made and the parts can usually be separated again. In a compound the elements join, and a new substance forms.
Sieving for big and small pieces. Filtering for solids in liquid. Evaporating to leave salt behind. Even picking stones out of rice counts.
Some changes can be undone. Some cannot. That is the simplest way to tell them apart.
Ice melts into water. Nothing new has been made. Put the water back in the freezer and you get ice again.
An iron gate left in the rain turns orange and flaky. Rust is a new substance. You cannot turn it back into shiny iron by drying it.
A useful question for children: can I get the original back? If yes, it was probably a physical change. If no, something new has formed.
Acids and bases are two groups of substances with different properties.
Many acids taste sour when they are found in food.
Many bases feel slippery and are used for cleaning.
Children can learn to identify acids and bases using a safe indicator, such as water coloured by boiled red cabbage or a paper strip. The colour changes tell you which group a substance belongs to.
When some substances interact, they can form new substances. That is a chemical reaction.
Mix a little of each and bubbles appear straight away. The bubbles are a gas that was not there before.
Flour, egg and sugar go in. Cake comes out. You cannot turn the cake back into the ingredients.
Iron plus air plus water, given time, makes rust. Slow, but still a reaction.
Signs a reaction may have happened: bubbles, a colour change, heat, a new smell, or a solid appearing in a liquid.
The periodic table is simply a way of organising all the known elements.
Each box on the table is one element.
A short code. O is oxygen, Fe is iron, Au is gold.
The small number that gives each element its place in order.
Columns of elements that behave in similar ways.
Think of it as a very well-organised shelf. Elements that behave in similar ways are placed near each other, so you can find what you need. Younger children do not need to memorise the table. Recognising a few symbols and understanding why the table is organised at all is plenty.
Low-risk activities using ordinary kitchen materials, with an adult present.
Stir sugar into cold water and into warm water. Which dissolves faster, and why do you think that is?
Drop a grape, a coin and a piece of cork into water. Predict first, then watch which float.
Use water coloured by boiled red cabbage to test lemon juice and baking soda. Watch the colours change.
Separate sand from water using a filter paper or a clean cloth.
Leave an ice cube on a plate and record what happens every ten minutes.
Float a paper clip on still water. Add one drop of soap and watch it sink.
Five quick Chemistry questions. Let your child try them before you book a demo.
What happens when sugar is mixed with water?
Question 1 of 5 — Choose one answer.
Your child does not need any background. Chemistry begins with things already in your kitchen.
What is this made of, and how can you tell?
The first sorting task, and the most useful one.
Sand and water, salt and water, a fruit salad.
Melting, dissolving, drying, rusting.
Writing down what changed, and when.
Symbols and formulas come much later.
"I don't know, let's check" is a good answer here.
A Free Demo helps us find the right level. Call 9542344555.
A beginner can start with materials, solids, liquids and gases, mixtures, simple changes and careful observation. No formulas. No equations. No laboratory. Just looking closely at ordinary things and asking what is going on.
Chemistry is about change. Change is much easier to understand when you watch it happen.
Children report what they saw, not what they expected to see.
Every activity begins with a prediction, which is a question in disguise.
Stirring, sorting, filtering and testing with their own hands.
When an activity is not suitable for children to do, the mentor shows it instead.
Diagrams for the things that are too small to see.
Children explain their reasoning aloud, which is the real test of understanding.
Activity-based learning helps children understand concepts. It is not a promise of better marks, and we do not present it as one.
Chemistry uses Maths whenever the question becomes "how much?" rather than "what happened?".
How many millilitres of water, how many grams of salt.
Counting atoms in a simple formula, such as the two hydrogens in H₂O.
Mixing two spoons of one thing to three of another, and keeping it consistent.
Recording results in a neat table so they can be compared later.
Drawing how much dissolved against how warm the water was.
If your child finds Maths hard, we keep the numbers light and build the concept first.
Children who enjoy the number side often also enjoy Abacus or Vedic Maths, which build calculation confidence. Ask us which suits your child.
These two subjects meet more often than most children expect.
Chemistry asks what it is made of. Physics asks how it moves and behaves.
Some reactions give out energy. Some need energy to start.
Warm water dissolves sugar faster. That is Chemistry and Physics in one glass.
Particles move faster when warmer, which is why smells spread across a room.
Hard, soft, heavy, conducting — both subjects care about these.
Chemistry: what things are made of and how they change. Physics: how things move, work and interact.
If your child is drawn to how things move rather than what they are made of, ask us about Physics classes when you call.
Every Chemistry question can be worked through in six moves.
What is actually happening here?
What is the question asking me to find out?
Which idea applies — a mixture, a change, a reaction?
Test it safely, or reason it out on paper.
Does the answer fit everything I observed?
Say it out loud. If you can explain it, you understand it.
Chemistry teaches children to trust careful observation over first impressions.
Chemistry is happening in your kitchen right now.
Heat changes food permanently. A boiled egg cannot go back.
Baking soda makes gas bubbles, which is why a cake rises.
Detergent helps water lift away dirt that water alone cannot.
One end of a soap particle grabs oil, the other end grabs water.
A cut apple turns brown in air. That is a chemical change.
It dissolves so many things that it is called the universal solvent.
Iron plus air plus water, over time, makes rust.
Plants build their own food using sunlight, air and water.
Children sometimes ask about medicines, since medicines are made using Chemistry. We keep that at the level of an idea only. Nothing on this page is medical advice, and questions about any medicine should go to a doctor or pharmacist.
If one of those brought you here, this page is the right place to start.
A typical flow for a Chemistry session at Brolly Juniors.
The session opens with a question, such as "where does the sugar go when it disappears in tea?"
The idea behind it is explained in plain words, with a drawing or an object in hand.
The mentor connects it to something the child already knows — cooking, cleaning, rust.
Children test it with everyday materials, and are asked to predict before they start.
What actually happened? Not what should have happened — what did.
The concept is restated in the children's own words before the session ends.
Session structure may vary by level and format. Contact Brolly Juniors for current details.
Games and sorting tasks used during Chemistry sessions.
Sort picture cards into solid, liquid and gas. Argue about the tricky ones.
Match each mixture to the best way of separating it.
Match symbols to names. O, Fe, Au, Na, C.
Pick up an object and work out what it is made of, and why.
Spot the pattern in a row of the periodic table.
Decide whether each example is a physical or a chemical change.
Find the element that matches each clue.
Write down five things you noticed. Compare with a friend.
Brolly Juniors is a children's learning centre in Nizampet, Hyderabad, running activity-based skill programmes for children.
Sessions are pitched at children, not shrunk-down adult lectures.
Plain words first. The scientific term comes once the idea is clear.
Children test ideas themselves, safely, instead of only hearing about them.
Understanding is the goal, not memorising a definition.
Every concept is tied to something in a child's own home.
Ask us anything about level, format, safety or fit before you decide. Call 9542344555.
We share these directly, so what you get is current and specific to your child rather than a number that may not apply.
Ask us
Changes through the year
Nothing before the trial
A Free Demo is one short session where your child tries a safe Chemistry activity and you see how the teaching works. Book a slot, or send an enquiry and we will call you back.
Prefer to talk? Call 9542344555 or message us on WhatsApp.
The kitchen is full of Chemistry, and most children walk past it every day. Let them explore simple concepts, ask their own questions, observe carefully and try safe activities that show them why things change. Start with a Free Demo and see how they respond.
Demo availability may vary. Contact Brolly Juniors for current details.
Metro Pillar No. A689, Dr Atmaram Estates, 3rd Floor, Nizampet X Roads, Nizampet, Hyderabad, Telangana, 500072
You do not need to know Chemistry. You mainly need to ask one good question.
This one question does more than any explanation you could give.
Point out the rust on a gate, the steam from a pan, the bubbles in dough.
Sugar, salt, water, lemon and baking soda are enough for months of learning.
"I don't know, let's find out together" is a perfectly good answer.
Ask what they noticed before you say what you noticed.
A wrong prediction shows exactly where the understanding needs work.
Brolly Juniors runs kids learning classes in Hyderabad from its centre at Nizampet X Roads.
Metro Pillar No. A689, Dr Atmaram Estates, 3rd Floor, Nizampet X Roads, Nizampet, Hyderabad, Telangana, 500072
Beside Sri Bhramaramba Theatre, near JNTU Metro Station.
If you are searching for chemistry classes for kids near me, chemistry classes near me or science classes for kids near me, here is the straight answer.
Brolly Juniors operates from one centre, at Nizampet X Roads in Hyderabad. Families from Nizampet, Bachupally, Pragathi Nagar, Kukatpally, Miyapur and Bowrampet can reach it easily. We do not list branches we do not have.
The quickest way to check whether we are convenient for you is to call 9542344555 and ask. If travel is difficult, ask about available learning formats when you call.
Chemistry sits alongside several other skill programmes. These are the ones parents most often ask about together.
How AI tools work and how to use them thoughtfully. Built on the same habit of asking how things work.
💻Coding with Python. Useful for children who enjoy the step-by-step, methodical side of science.
🧮Calculation speed and mental visualisation, which support the measurement side of Chemistry.
➕Faster calculation methods. Helpful once Chemistry starts involving numbers and ratios.
📱Safe, confident use of everyday digital tools.
🎤Explaining ideas clearly out loud — exactly what we ask children to do after every activity.
Clear explanation
Guided activities
Visible outcomes
Short, direct answers to the questions parents search for most.
It builds curiosity, observation, scientific thinking and problem solving, and explains the materials and changes around them.
Dissolving tests, floating and sinking, filtering sand from water, red cabbage indicator tests and melting observations — all with adult supervision.
Brolly Juniors, Nizampet X Roads, Hyderabad. Call 9542344555 to book a Free Demo.
At the Brolly Juniors centre at Metro Pillar No. A689, Nizampet X Roads, Hyderabad. Call 9542344555 to book a Free Demo.
Yes, if it is taught through kitchen examples rather than formulas. Sorting solids, liquids and gases, and watching sugar dissolve, suit children from around 6 years.
Tell us your child’s class and what they enjoy. We will suggest the closest program fit—no pressure and no upfront payment.