Class 6 Vigyan NCERT Solutions

Yeh page Class 6 Science ke NCERT textbook ke solutions ke liye hai. CBSE curriculum ke hisaab se, har chapter ke prashn aur uttar Hinglish mein milenge. Koi bhi chapter chhodo mat—sab kuch yahan hai.

Kyu Important Hai?

Clear concepts matter a lot in science—without them, you’re basically just memorizing stuff you don’t actually get. And that’s a recipe for last-minute panic before exams. But when the basics are solid, students can prepare with way less stress, and honestly, it just clicks better. They can tackle questions head-on instead of guessing their way through. So yeah, building that foundation isn’t optional, it’s the real deal for scoring well.

Kya Milega?

• You’re getting chapter-wise solutions for Class 6 Science. That’s it, plain and simple. Each chapter, broken down, solved, and laid out so you don’t have to hunt for answers across ten different websites. We’ve sorted them chapter by chapter, so you can jump straight to the one you’re stuck on, flip to the exact question. Get a clear solution without the usual hassle. No fluff, no detours—just the answers you need, right where you expect them.
• Simple language mein explanations—that’s the whole point here. No jargon, no overcomplicating things. Just plain, everyday words that actually make sense the first time you read them. Whether you’re a beginner or just short on patience, this keeps it easy to follow. You won’t need a dictionary or a second pass to figure out what’s going on. It’s straightforward, and honestly, that’s a relief. Because who wants to slog through heavy terms when the answer can be laid out simply? Not you, clearly. And that’s exactly what you get.
• Boring, right? But trust me, it’s not. Real examples and clear diagrams do the heavy lifting—they turn a confusing mess into something you actually get. No fluff, just stuff that clicks.
• CBSE pattern ke hisaab se answers. Aur honestly, yahi sabse bada fayda hai iska. Toh agar tum soch rahe ho ki isme milega kya, toh seedha jawab yeh hai ki tumhe wahi format milega jo CBSE actually chahta hai. Neat structure, sahi headings, aur points mein clarity. Koi bharosa nahi hota ki kya chalega, lekin pattern follow karoge toh half the battle jeet gaye. Isliye exam hall mein ghabrana nahi, bas isko apna lo aur likhte jao. Simple, clean, aur to the point — bilkul waisa hi jaisa CBSE pasand karta hai.

Links for Chapter-wise Download NCERT Solution for Class 6 विज्ञान in hindi Language

Here we have provided NCERT Solution for Class 6 विज्ञान in hindi Language, Just select the chapters below to get solution of the same:

भोजन के घटक

तंतु से वस्त्र तक

वस्तुओं के समूह बनाना

पदार्थो का पृथक्करण

हमारे चारों ओर के परिवर्तन

पौधो को जानिए

शरीर में गति

सजीव एवं उनका परिवेश

गति एवं दूरियों का मापन

प्रकाश छायाएँ एवं परावर्तन

विद्युत् तथा परिपथ

चुंबकों द्वारा मनोरंजन

जल

हमारे चारों ओर वायु

कचरा संग्रहण एवं निपटान

Class 6 Science NCERT Solutions - Detailed Overview

Class 6 Vigyan mein bachchon ko science ki basic cheezein samjhai jaati hain — bilkul shuruaat se. NCERT ke har chapter ke solutions yahan rakhe gaye hain, taaki padhai mein koi atak nahi. Sab kuch Hinglish mein likha hai, kyunki bhai, jab language simple hoti hai toh concepts bhi seedhe dimaag mein utarte hain.

Chapter 1: Food - Where Does It Come From?

Is chapter mein humein food sources ke baare mein bataya gaya hai. Main sawaal yeh hai ki plants aur animals se food kaise milta hai. Jaise, hum khaana kyun khate hain? Energy aur growth ke liye, bilkul seedha seedha jawab.

• Alright, let's break this down before we even get to the plate. This chapter is all about the big question: where does our food actually come from? And to answer that, you’ve got to start with the eaters. It’s not just about us. Every living thing needs fuel, but we all go about getting it in wildly different ways. So, we sort animals by their eating habits. It’s a simple system, really. You've got your herbivores — these are the plant-eaters. Think cows munching grass, rabbits nibbling on carrots, or elephants stripping leaves off branches. They're built for a diet of greens, and that’s all they want. On the flip side, you've got carnivores. These are the meat-eaters. Lions, tigers, sharks—they hunt and eat other animals. No salad for them. Their whole deal is protein from a kill. Then, there's the group most of us fall into: omnivores. We eat everything — plants, meat, fungi, you name it. We're the flexible ones. Pigs, bears, and, of course, humans. We can thrive on a mixed menu, pulling energy from both the garden and the hunt. So, when you look at your dinner plate, you’re not just seeing food. You’re seeing the result of millions of years of adaptation, all based on one simple choice: what do I eat?
• Food doesn't just appear on your plate, right? You've gotta stop and ask where it actually comes from. That's the whole point of this chapter. So here's a simple exercise to get you thinking—grab a snack, look at it, and trace it back. Is it a plant? An animal? Both? It sounds basic, but you'd be surprised how many people never really think about it. So go ahead, give it a shot.

Chapter 2: Components of Food

This chapter is all about what’s actually hiding in your food. We’re talking carbohydrates, proteins, fats, vitamins, and minerals—the real building blocks your body runs on. And once you get those straight, we dig into why a balanced diet isn't just some boring advice your parents keep repeating. It's a genuine game-changer. This chapter lays out exactly how these nutrients work together to keep things running smoothly.

Okay, here's the rewritten version, keeping the original bilingual flavor and educational context in mind: Vitamins are basically these tiny compounds your body can't really function without. Think of Vitamin C as your personal bodyguard for immunity. That's your go-to example. They might be small, but missing them is a big deal.

Chapter 3: Fibre to Fabric

Samjho, ek fibre se fabric tak ka safar itna seedha nahi hota. Pehle spinning hoti hai — woh process jisme fibres ko mila kar ek continuous thread ya yarn banaya jaata hai. Uske baad aati hai weaving, jahan un threads ko aapas mein interlock karke ek solid, flexible cloth tayyar hoti hai. Aur haan, natural aur synthetic fibres mein farak bhi samajhna zaroori hai — ek nature se aata hai, doosra chemically banta hai. Dono ke apne fayde hain, dono ka apna process hai. Is chapter ka asli maqsad bas yahi hai: yeh samajhna ki raw fibre se lekar ready fabric tak ka poora journey kaise kaam karta hai.

• Honestly, the fibre world is a pretty simple place to get your head around, at least at first. You've basically got three big names that show up everywhere: cotton, wool, and silk. Cotton's that soft, breathable stuff your favourite t-shirt is probably made of. Wool's the heavy-duty one, the kind of thing you reach for when winter hits and you need a good, thick sweater. And silk? That's the fancy one, smooth and shiny, the sort of material you'd wear for a special occasion. Each one's got its own vibe, its own feel, and its own story.
• From plant to cloth, the journey isn't exactly a straight shot—it’s got a few twists, turns, and some serious elbow grease along the way. First, you’ve got to get the raw material, whether that’s cotton bolls plucked from the field or flax stalks pulled up by the roots. Then comes the messy part: separating the useful fibres from all the plant junk they’re tangled up in. Is a job that takes patience and, honestly, a bit of muscle. Once you’ve got your clean fibres, they get twisted and drawn out into long, continuous threads—spinning, they call it—and that’s where the real transformation starts. From there, those threads get woven or knitted together, locked into a flat, flexible structure you can actually wear. But it doesn’t stop there. The fabric often needs a good wash, maybe a bleaching or dyeing session, and sometimes a finish to soften it up or add some durability. Every single one of those steps matters; skip one. You’ll feel the difference in the final cloth.

Chapter 4: Sorting Materials into Groups

Sorting materials into groups really comes down to one simple idea: you look at what stuff is like, and then you put similar things together. We check for things like hardness—is it tough or does it give way easily? Solubility—does it just dissolve in water or does it just sit there? And transparency, whether you can see right through it or not. That's the whole game, honestly. Once you start noticing these properties, grouping becomes almost second nature.

Glass? Oh, that one’s easy. It’s transparent because light just slips right through it. No drama, no blockage—straight in, straight out. That’s it.

Chapter 5: Separation of Substances

Honestly, separating stuff isn’t that hard once you get the hang of it. You’ve got your basics—evaporation, filtration, sedimentation—the usual suspects. Then the chapter throws in real-life examples of solutions, and that’s where it finally clicks. Nothing too fancy, just practical stuff you can actually picture happening, like salt water turning back into plain water when you leave it out in the sun—it’s weirdly satisfying to see.

Handpicking, sieving, winnowing—these are your go-to moves when stuff gets mixed together. You’ve got to sort the wheat from the chaff, literally in some cases. Handpicking is just that: you spot the big unwanted bits and yank them out. Sieving shakes things up, letting the finer particles slip through while the chunkier stuff stays behind. And winnowing? That’s all about letting the wind do the heavy lifting, blowing away the lighter junk while the good stuff drops. Nothing fancy, but it works. You’d be shocked how often you’re actually separating stuff without even thinking about it. Making tea? That’s a classic—you strain out the leaves, boom, separation. Cooking rice and you gotta drain the water? Separation again. Even the simple act of picking stones out of your dal before cooking? Yeah, that counts too — we do these little actions every single day. They all boil down to one basic idea: getting rid of what you don’t want and keeping what you do. It’s not just some science lab concept—it’s baked right into your routine, from the kitchen to the laundry.

Chapter 6: Changes Around Us

Chapter 6 is all about the changes happening around us, and honestly, there are examples everywhere you look. Some of these are physical changes, while others are chemical ones. And here's the thing—once you start paying attention, you'll notice that solutions themselves can actually help us tell the difference between a reversible change and an irreversible one.

Melting ice is a classic example of a reversible change. You freeze water, you get ice; you melt that ice, and you’re back to water again. Simple as that.

Chapter 7: Getting to Know Plants

Honestly, this chapter’s a bit of a mixed bag. It’s all about the different parts of a plant, and then the exercises hit you with questions on roots, stems, leaves, and flowers. You know, the usual suspects. So if you’re trying to figure out how a plant actually works, this section walks you through the basics. The questions make sure you’re actually paying attention to what each part does. Not the most thrilling read, but it gets the job done.

• Photosynthesis is basically how plants eat. They don’t sit down for dinner, obviously, but they whip up their own food using sunlight, water, and carbon dioxide. Sunlight hits the leaves, water gets sucked up through the roots, and carbon dioxide slips in through tiny pores. The plant then works its magic in the chloroplasts—that’s where chlorophyll, the green stuff, grabs the sunlight and starts the whole reaction going. Out comes glucose, which is the plant’s fuel, and oxygen gets released as a bonus for the rest of us. So really, every breath you take? You’ve got a plant to thank for it. And that’s not even touching on how it all feeds into growth, flowering, and just about every other part of a plant’s life.
• You look at a garden, or a roadside, or even just a crack in the pavement, and you see a whole bunch of green stuff. But it’s not all the same. Not even close. Plants come in a few distinct flavors, and the main way we sort them out is by size and stem. You’ve got your herbs, which are small and soft, the stems aren't woody at all. Then there are shrubs, the middle children—bigger than herbs, with a few woody stems branching out from near the ground. And finally, trees. They’re the big guys, the overachievers. A tree has one main, thick, woody trunk that goes up and up, and the branches don't really start until you get high off the ground. That's the basic breakdown. Three categories, and once you start noticing the difference, you can't unsee it.

Chapter 8: Body Movements

The body’s movements all come down to the skeletal system, plain and simple. Joints and muscles work together, each playing its part. That's the whole story, really—how the bones hinge, glide, and pivot while muscles pull the strings. This chapter’s solutions break it all down, showing you exactly how that partnership makes every motion possible.

Example: So, how do we actually walk? It’s not one thing doing all the work, nahi. It’s your bones, your joints, and your muscles—sabka combination.

Chapter 9: The Living Organisms and Their Surroundings

Habitat, adaptation—those are the two big ideas here, along with the characteristics that actually define living things. And the whole thing really boils down to this: how organisms tweak themselves to fit whatever environment they're in. Solutions, adjustments, the works.

• Deserts don’t exactly roll out the welcome mat for life, do they? But somehow, living things find ways to make it work. In those scorching sands, you’ve got animals that only come out when the sun goes down, dodging the brutal heat. Plants get sneaky about storing every last drop of water they can grab. It’s a constant hustle for survival. Flip the script to water bodies, and it’s a whole different game. Here, the pressure’s on to handle the wet, the cold, and sometimes the total lack of light. Fish are built for it, plants float or cling on for dear life. Every creature’s got its own trick, its own little hack, just to keep going in a world that’s either too dry or too wet for comfort.
• The heading sets up something pretty specific, and yet the paragraph under it just sits there with “Food chains aur ecosystems.” That’s it. Barely a sentence, really. You’d expect a bit more flesh on those bones, especially for a chapter about living organisms and their surroundings. But there’s nothing else to go on, no deeper dive into how energy moves or how habitats interact. Just those two words strung together, like a placeholder waiting for someone to fill it in. And honestly, that’s a shame, because the topic begs for detail—who eats what, how cycles spin, why every little critter matters. Still, that’s all we’ve got. Short, blunt, and done.

Chapter 10: Motion and Measurement of Distances

Honestly, this chapter covers a lot of ground—motion, how we measure it, the units involved, and the tools that make it all possible. You’ll find worked examples here that break down rectilinear motion and circular motion, so the ideas actually click instead of just floating around in your head.

Measurement? It’s simply how we express a quantity in standard units. That’s it—no magic, no guesswork. You’re taking something you can measure, like length or distance, and putting it in numbers everyone agrees on.

Chapter 11: Light, Shadows and Reflections

Light’s a funny thing—it travels, it bounces, it gets blocked. And when it’s blocked, boom, you’ve got a shadow. Reflections? That’s the light playing tricks, bouncing right back at you. The whole chapter breaks it down, from how shadows actually form to why reflections happen at all. Plus, it walks you through the three big categories—transparent, translucent, and opaque—and honestly, that’s where the real sense-making kicks in. Once you get those, the rest of it just clicks.

• Shadows aren’t just random dark spots—they’re actually pretty logical once you break them down. See, light travels in straight lines, which is the whole trick. When something solid gets in the way, like a tree or your own hand, it blocks those rays. The light can’t bend around the object, so it stops right there, leaving a patch of darkness behind it. That patch is the shadow. It’s not a thing in itself; it’s just the absence of light, a blank space where the light couldn’t reach. So next time you see one, you’re basically looking at a story—the object, the light source, and the space in between, all tangled up together.
• Honestly, mirrors and lenses are everywhere once you start looking. You've got the obvious ones—like checking yourself out in the bathroom mirror every morning. But think bigger. They're in your phone's camera, the glasses on your face, even the rearview mirror in your car. Each one bends light in its own sneaky way. Is how you end up with a clear selfie or a sharp view of the road behind you. And lenses — they're the quiet workhorses. They focus light to make tiny things look huge, or faraway things seem close enough to touch. It's all about playing with those light rays, honestly.

Chapter 12: Electricity and Circuits

Simple circuits, conductors, insulators—this chapter breaks down how they all fit together. The solutions walk you through the diagrams step by step, showing what each component does and why it matters. No fluff, just the essentials of how electricity actually flows.

A switch is just a little gadget—either it snaps the circuit shut or pries it open. Flip it one way, closed loop, bulb glows. Flip it the other, you've sliced the path, current dies right there. No mystery to it, really. Just a mechanical gap you're in charge of.

Chapter 13: Fun with Magnets

Magnets are honestly a whole lot of fun. You’ve got their properties, the poles, and then a ton of real-world uses to mess around with. What really clicks is how solutions help you sort things out—this stuff is magnetic, that stuff isn’t. It’s that simple, and that’s the trick.

• Honestly, it's a little wild when you think about it. You just hold a magnet near a paperclip and—zip—it jumps. But why iron — what's so special about that one metal? Here's the deal. Everything around you, including iron, is packed with tiny atomic regions called domains. In most stuff, these domains are pointing every which way, completely disorganized, so any magnetic power they have cancels out. Total chaos. But iron's different. In iron, those domains can line up and lock into the same direction, turning the whole piece into a mini-magnet. When your magnet gets close, it pulls on those aligned domains. The iron's domains snap into formation to match the magnet's field, and suddenly you've got two magnets attracting each other. That's it — that's the whole trick. The magnet doesn't touch the iron, but it's bossing those invisible domains around from a distance. Kind of neat, right?
• Earth’s a giant magnet, plain and simple. Way down deep, the core churns with molten iron, and that movement sparks a magnetic field that wraps around the whole planet. It’s not something you can see. It’s there—pulling, pushing, guiding. That’s why a compass needle spins and settles, pointing north no matter where you stand. So next time you fiddle with a magnet on your fridge, remember: the whole Earth’s doing the same trick, just on a much bigger scale.

Chapter 14: Water

Water cycle se lekar conservation tak, aur apne sources ko samajhne tak—ye sab kuch is chapter mein shamil hai. Aur haan, un sawalon ke bhi answers milenge jo water ki importance aur pollution se judi hui hain.

Honestly? Because once it’s gone, it’s gone. Water isn’t like sunlight or wind—it doesn’t just show up again on its own timetable. We treat it like it’s endless, turn on the tap, and assume magic happens. But the reality is, there’s only so much of the stuff that’s actually clean and usable. We’re sharing it with every living thing on the planet. That’s the whole reason to bother. Not to be preachy, just to keep the lights on—and the crops growing, and the taps flowing.

Chapter 15: Air Around Us

Air’s not just empty space—it’s a real mix. Oxygen, nitrogen, and a handful of other gases all hang around together in the atmosphere. That blend is what keeps us alive, plain and simple. Breathe in, and you’re pulling from that same cocktail. The chapter digs into what’s actually up there, why it matters, and how each gas plays its part.

• Air isn’t just floating around doing nothing—it’s the whole reason we’re alive, plain and simple. Every time you take a breath, you’re pulling in a mix of gases, and your body knows exactly what to do with it. Oxygen gets snatched up by your lungs, whisked into your blood, and sent to every single cell that needs it to keep you going. Meanwhile, you push out carbon dioxide, the waste your body doesn’t want hanging around. It’s a constant exchange, in and out, no breaks, no thanks. And it’s not just us—animals, plants, even the tiniest critters are locked into this same dance with air. You don’t think about it, but that quiet inhale you just took? That’s air doing its heaviest lifting, second after second, without ever asking for credit.
• Pollution is basically when the air gets dirty. It’s not just about dust or smoke you can see—it’s all the harmful stuff we pump into the atmosphere, from car exhaust to factory fumes. And the effects? They’re everywhere. Plants struggle, animals get sick, and we end up breathing in all that mess. It messes with the weather too, and not in a good way. Honestly, the air around us isn’t just a background thing—it’s what keeps everything alive, and we’re slowly choking it.

Chapter 16: Garbage In, Garbage Out

Look, here’s the thing about waste—it’s not just trash sitting in a bin. How we handle it, recycle it, or even turn it into compost says a lot about our daily choices. And those choices? They either help the planet or quietly make things worse. Eco-friendly habits aren’t some distant ideal. They’re practical, doable, and right there in your kitchen. So the next time you toss something, think about where it’s headed. Small shifts in how we manage garbage add up, and honestly, that’s the whole game.

Okay, so how do we actually cut down on the waste we're producing? Honestly, it's not that complicated when you break it down. You can reuse stuff, you can recycle it, or you can just compost it. That's the whole trick. And honestly, a lot of it comes down to just thinking twice before you toss something in the bin.

Exam Preparation Tips

Class 6 Science exams ki taiyari mein, practice hi sab kuch hai. Roz thoda time nikalo aur NCERT solutions ko khol ke dekho. Diagrams ko khud draw karo—dimaag mein zyada rehta hai—aur key terms ko yaad rakhne ki aadat dalo. Revision aur time management ko halke mein mat lo, yehi tumhe aage le jayenge.

Additional Resources

• Yeah, that’s a big one. If you’re looking to really test what you know, online quizzes are the way to go. No need to set anything up or hunt for a partner—just pull one up and start answering. They’re quick, they’re easy, and honestly, they can be kind of fun once you get into it. So whether you’ve got five minutes or a whole afternoon, there’s a quiz out there that’ll keep you sharp.
• Video explanations in Hinglish. That’s it. That’s the whole resource. If you’re someone who finds reading a wall of text a total drag, this is your golden ticket. It’s basically the same stuff, just spoken out loud in a mix of Hindi and English, which somehow makes everything click faster. Don’t overthink it—just hit play.
• Here are a few options for rewriting that line. Pick whichever feels right for your tone. Option 1 (Direct and Punchy): Need to see the CBSE pattern in action? Grab some sample papers. Option 2 (Slightly More Conversational): If you want to get a real feel for the CBSE pattern, sample papers are your best bet. Option 3 (Even More Casual): Sample papers. That's where you'll really see how the CBSE pattern works.

Yeh solutions actually ek alag hi confidence de dete hain. Har chapter ka concept seedha samajh aa jata hai—koi jhanjhat nahi. Aur exam ka time ho ya regular tests, inki madad se marks khud-ba-khud upar chale jaate hain. Itne simple aur clear hain ki padhna bhi easy lagta hai, aur result bhi saamne dikhta hai.