Understanding Social Science: Class 9 Social Science · Chapter 1

Why do tomato prices sometimes shoot up within a few weeks? Why does one lane of your town get piped water every day while the next lane waits for a tanker? Why does your grandmother use words for kitchen things that your friends from another state have never heard? None of these is a question about atoms or cells. Each is about people living together.

In Classes 6 to 8 you met these ideas through stories of people, places and events. Class 9 is the right moment to step back and ask a bigger question: what kind of study is this, and why is it worth your time?

No one lives alone. Your breakfast was grown by farmers you will never meet, the road outside was planned by officials, and in an emergency it is neighbours who rush to help. Look closely at any part of your day and you will find four forces at work. There are the customs and beliefs your family inherited, and the money and work that pay for things. There are the rules and institutions that organise public life. And there are the land, water and climate around you. Social science tries to understand how these forces act on one another.

A list of facts tells you what happened and where. Social science goes after the reasons. Why did a war break out? How does a panchayat choose which road to build first? Why does one region grow rice and another millet? How do choices made in our grandparents' time still shape our towns?

1.1 Social Science in Everyday Life

Take the first cup of chai of your day and follow it backwards. The tea leaves grew on a hill slope in Assam or the Nilgiris, where warm, wet weather suits the bushes. Workers plucked them, a factory dried and rolled them, and an auction set their price. Trucks and trains carried the packets across the country to a shop near you. The milk came from a dairy, the sugar from cane fields far away, and the gas that boiled the water from a cylinder delivered to your door.

The same is true of your bus ride, the light switch in your room and the textbook in your bag. Each one needs the natural world, people earning a living, public rules and services, and ordinary cooperation. Remove any one of them and the routine breaks down.

Now widen the view beyond your own street. Here are some questions that people across India ask:

• Why does one corner of Meghalaya get some of the heaviest rain on Earth, while western Rajasthan stays dry?
• Why can the price of onions double within a few months?
• Why did one panchayat get a new secondary school while the next one did not?
• Why do neighbouring districts celebrate the harvest with different festivals and foods?
• Why do so many young people leave their villages to work in faraway cities, and why do some return?
• Why did many old stepwells and village ponds fall out of use?

Take the onion question. A handful of states grow most of India's onions, with Maharashtra the largest. When unseasonal rain ruins a crop there, less reaches the markets, stocks from the last harvest run low, and prices climb across the country until the next harvest arrives. Weather, geography, traders' choices and government decisions all play a part. Every question on the list can be untangled like this: by observing closely, gathering evidence and reasoning from cause to effect.

Put the change cards from different groups side by side and a pattern appears. Whatever the change, the same few forces keep turning up: land and climate, money and work, rules and decisions, and people's habits and relationships. Learning to spot these links is the first skill of a social scientist.

1.2 Understanding Society through Time and Traditions

Imagine a time-lapse film of one river valley across ten thousand years. At first, small bands camp by the water, gather fruit and hunt, then move on with the seasons. Later, fields of grain and herds of cattle appear, and huts become a lasting village. Potters, smiths and traders gather, and the village swells into a town. In time a city rises, with rulers, officials, laws and taxes. At every stage, new inventions and meetings with other peoples sped the change along. Fig. 1.2 sums up the stages.

Asking how society works is not a new habit in India. Thinkers here valued questioning and argument. Many Upaniṣads are written as conversations, such as the young Nachiketā questioning Yama, the lord of death, in the Kaṭha Upaniṣad. Scholars held formal debates, called śhāstrārtha, to test ideas against each other. Careful observation and quiet reflection were also counted as roads to knowledge.

Indian thought offers one way of seeing such links: the idea of the Pañchamahābhūtas, or five great elements. It treats nature as one connected system and places human life inside it, not above it. Compare two villages. In the dry, quake-prone Rann of Kachchh, families have long built round mud houses called bhungas, which stay cool in the heat and stand up well to earthquakes. In the Kerala backwaters, homes face the water, boats are daily transport, and rice and fish fill the plate. In each place the surroundings shaped the way of life, and that link matters just as much today as communities cope with heatwaves, floods and shrinking water supplies.

A second old idea, vasudhaiva kuṭumbakam, means 'the whole Earth is one family'. Today we can see this family at work in a single phone: it may be designed in one country, use metals mined in another and be assembled in India. A failed harvest in one region can raise food prices in another. Social science studies such links between regions and peoples, and how much each depends on the others.

Did anyone in ancient India think systematically about running a state? Very much so. The Arthaśhāstra, credited to Kauṭilya and about 2,300 years old, is a handbook of statecraft. It deals with choosing and checking officials, managing farms, mines and trade, raising taxes, and the ruler's obligations to his people. Its existence shows that serious study of government and wealth began in India many centuries before political science and economics took shape as modern subjects.

Today's social scientists keep the same curiosity but add new tools. What does their work look like? Follow a researcher who wants to understand a weekly haat.

1.3 Social Science as a Study of Disciplines

Think about a cyclone striking the Odisha coast. Wind and a surge of sea water flatten crops and houses: that is the environment. Fishing families lose boats and nets, and prices of vegetables jump: that is the economy. The state orders evacuation and plans relief: that is politics. Families crowd into shelters and some members leave to find work elsewhere: that is society. Older fishers read the sea and sky in ways handed down for generations: that is culture.

History matters too. The super cyclone of 1999 killed thousands of people in Odisha. Within two months the state set up a disaster management authority, and over the next years it built cyclone shelters and warning systems. When Cyclone Phailin hit the same coast in 2013, lakhs of people were moved to safety in time, and far fewer lives were lost. One storm, then, needs several kinds of explanation.

So instead of one giant subject, social science works like a team of specialists, the disciplines. Each is expert in one side of human life, and a full explanation usually needs several of them to pool what they know.

Four disciplines form the core of social science in Classes 9 and 10: Geography, History, Political Science and Economics. They are not the whole team. Sociology looks at groups and relationships, Anthropology at human cultures, Psychology at how people think and behave, and Philosophy at questions of right, wrong and meaning. You can meet these in higher classes.

The table gives one sample question for each. In the sections that follow, we take the four one at a time.

1.3.1 Geography

Stand in a mango orchard near Ratnagiri and a geographer will start asking questions. Why do these trees thrive on this coast? Where do the mangoes go after picking, and along which roads and through which ports? How has the orchard changed what the nearby town does for a living? Where, why there and how it links to other places are geography's core questions. The subject covers physical features such as relief, rivers, soils and climate, and human ones such as farms, towns, roads and languages. Above all, it studies how people and their surroundings shape each other.

Geographers combine two ways of looking. A spatial perspective asks why location matters: why mangoes grow on this coast, and where they are sent. A temporal perspective asks what has changed: how the orchard and the town looked fifty years ago. To answer both, geography borrows from the natural sciences, such as the physics of winds, the chemistry of soils and the biology of forests. It also borrows from history, economics and political science.

Here is a geographical question with a long history: why was India a meeting point for traders from distant lands? Its peninsula juts far into the Indian Ocean, between West Asia and Africa on one side and Southeast Asia on the other. Sailors learnt to ride the seasonal monsoon winds across the open sea. Ports such as Bhārukachchha (Bharuch) and Muziris (in Kerala) traded with Arabia, the Roman world and Southeast Asia.

To answer such questions, geographers use maps, globes, atlases and infographics, as well as satellite images, GPS and GIS. A GIS stores many layers of information about the same area, such as rivers, roads, schools and flood zones. It lets you switch layers on and off and ask questions that no single paper map could answer.

Over Classes 9 and 10, geography will take you through:

• how forces inside and on the Earth build and wear down landforms
• weather, climate and the layers of the atmosphere
• the oceans
• the world's major biomes, and the biosphere reserves of India
• tools such as remote sensing and GIS (geospatial technology)
• how people live in different parts of India and of the wider world
• selected issues, seen through geography and through society and the economy
• how ideas about the Earth developed through history

1.3.2 History

How can we know anything about people who lived two thousand years ago? That is history's puzzle. History studies the human past: what people did and believed, and how their world changed. There has always been more than one way to keep the past alive and pass on its lessons.

In India, a very old way is the itihāsa-purāṇa tradition. Itihāsa is often explained as 'so indeed it was'; the Rāmāyaṇa and the Mahābhārata are called itihāsas. The Purāṇas retell ancient stories and record the family lines of ruling dynasties. Told and retold over centuries, these works did more than report events. They explained what events meant, offered models of how to live, and helped communities feel that they shared a past.

Not every history was written for the same purpose. Some aimed mainly to teach moral and philosophical lessons. Others set out to get the record straight: in the 12th century CE, Kalhaṇa checked older chronicles and inscriptions while writing the Rājataraṅgiṇī, a verse history of Kashmir. Modern historiography goes further in that direction. It rests on empirical evidence and uses science (archaeology, carbon-14 dating, and ancient DNA from human genetics) to build timelines and test ideas.

How does carbon-14 dating work? Every living thing takes in carbon, and a tiny part of it is radioactive carbon-14. After the plant or animal dies, it takes in no more, and the carbon-14 inside slowly decays at a steady rate: half of it is gone after about 5,730 years. By measuring how much is left, a laboratory can estimate when the organism died. The method works for wood, charcoal, bone, shell and seeds up to about 50,000 years old.

Where does the evidence come from? Some of it is in words: travellers' accounts, memoirs, letters, land-revenue papers, genealogical records, and folk tales and songs passed down by word of mouth. Some of it is in things: pots, tools and ornaments, whole buildings and excavated settlements, sculptures and paintings. These physical remains are archaeological sources, and reading them often takes laboratory tests and scientific instruments.

Two special kinds of evidence get their own names. Inscriptions, words cut into stone, rock or metal, are epigraphic sources. Coins and other money are numismatic sources. Fig. 1.7 and Table 1.3 sort the four families with our own examples.

In Classes 9 and 10, history will take you from the first humans to the first civilisations, and on through India's long story to our own times. You will also visit turning points in world history, and study colonial rule, its effects across the globe and the movements that fought it.

1.3.3 Political Science

Who decided when your school day starts, which road is repaired first, or whether India signs a trade agreement with another country? Questions like these belong to political science, the study of governance. It asks who holds power, how decisions are reached and how they are carried out. Its subject matter runs from constitutions, governments and the institutions of the State to social movements, nation building and a country's dealings with the world.

Power also lives outside offices. A family decides whose education comes first; a housing-society committee sets rules for parking; custom may decide who speaks first at a village meeting. Power also rests on legitimacy, that is, whether people accept someone's right to decide. So a political scientist studies more than ministers and parliaments: ordinary relationships, unequal ones included, and people's campaigns for better government are part of the picture too.

In rural India, Panchayati Raj brings this down to the village. Every adult voter in a panchayat area belongs to the Gram Sabha. It meets to discuss local needs, approve plans and check the panchayat's work, so ordinary citizens get a direct say in local development.

India's thinking about politics is very old, and it never stood alone. Ancient writers saw ruling as part of a larger order. It included rājadharma, the special duties a king owed his people; dharma, the moral duty that binds everyone; and artha, prosperity and material well-being. Questions of justice, authority, social order and mutual obligation run through the Vedas, the Upaniṣads and the Purāṇas.

Later texts built on these foundations. In the Śhānti Parva of the Mahābhārata, the dying Bhīṣhma instructs Yudhiṣhṭhira at length on the art of ruling. The Śhukranīti is another work on statecraft and law. The most practical of all is the Arthaśhāstra, almost a manual for a government: it covers taxation, the army, officials and the ruler's responsibility for public welfare.

Kauṭilya's line makes power a debt the ruler owes, not a prize he enjoys. In this tradition, governing could not be separated from the economy, social life, ethics or the defence of the realm. A modern echo is local self-government, where those elected to a panchayat must explain their work to the people who chose them.

Over the next two years you will meet democracy and elections, the meaning of authority, the role of civil society, how public policy is made, and the security of the nation. Reading is only half the job. Notice the political life around you, such as a Gram Sabha notice, a ward meeting or a debate in the news. Listen to more than one side, and look for links with geography, history and economics.

1.3.4 Economics

Your family has one monthly income, but it must cover rent, food, fees, a festival and perhaps savings for a two-wheeler. Something has to give. Economics studies such choices, made by households and whole societies when resources such as money, land, water and time are limited. It follows goods and services from the moment they are made, through buying and selling, to the way they are shared out. It shows up in everything from the price of your lunch to the job your cousin finds.

Three kinds of decision-makers appear again and again. Consumers decide what to buy, producers decide what to make and how much, and governments set policies. A government's choices are often the hardest, because good goals compete. Should a state spend more on a new highway, which may speed up growth, or on free school meals, which help poorer families right away? Should it choose the cheapest way of doing things, or the fairest? Weighing such trade-offs makes economics a study of well-being, fairness and justice, not only of prices and profits.

India's own economic story shows how much is at stake. For centuries Indian cotton cloth, spices and other goods travelled through busy ports to markets across Asia, Africa and Europe, and the subcontinent was one of the world's biggest producers. Under colonial rule, hand-weaving and other traditional crafts lost their markets, poverty deepened and famines came again and again. Fig. 1.10 shows the long slide in India's share of world output, which left the country a huge task of rebuilding at independence in 1947.

A shrinking share means India's economy grew far more slowly than others, especially the industrialising countries of Europe and North America. Since independence, and faster in recent decades, the picture has turned: new roads, power lines and digital networks, wider schooling, less poverty and longer lives. Two big tasks remain: raising incomes further and making sure that every group shares in the gains.

Development therefore stays at the top of the national agenda. Economics gives us tools to measure how far we have come and what is still missing. It also helps us work out how land, water and money can be used with more care and fairness. And it asks a long-term question: will our forests, rivers and air still serve our grandchildren? That question is the heart of sustainable development.

In Classes 9 and 10 you will find out how the Indian economy is organised and how markets set prices. You will learn how to manage money and start an enterprise, what GDP measures and how economies grow, why countries trade with one another, and what the Union Budget does. Each topic connects a big national decision to your own family's budget.

Practise switching lenses. The sorter below has two decks of cards: one asks which discipline would ask a question first, and the other asks which kind of historical source an item is.

1.4 Why Should We Study Social Science?

Fair question: why spend two years on this subject? Here are five answers.

It shows you how things around you really work. Why does a new water pipeline reach some lanes years before others? The answer may involve the slope of the land, the cost of pipes, who sets the order of work and who complained loudest. Water supply, roads, schools, markets and even the apps on your phone are systems that people built and keep running. Social science lets you look inside them and see who is served first, who last, and why.

It helps you make sense of diversity. In one classroom in Mangaluru, students may speak Tulu, Konkani, Kannada and Beary at home. Geography, history, culture and work all play a part in such variety. Communities separated by hills or rivers developed their own speech, traders and settlers arrived over the centuries, and each group adapted to its own surroundings. Knowing the reasons turns difference from something strange into something to respect, and makes cooperation easier. The same study reveals the threads that tie Indians together: festivals celebrated across regions, epics retold in dozens of languages, a shared history and one Constitution.

It turns you from a spectator into a participant. A democracy runs on laws, rights and duties, but it also needs citizens who know how to use them. Once you know who makes decisions and how, you can act with confidence. You can vote when you turn 18, speak up at a Gram Sabha or ward meeting, or use the Right to Information Act (2005) to ask how public money was spent.

It trains you to think through shared problems. Take the smog that hangs over many north Indian cities each winter. A social scientist asks: what produces it, from traffic and building dust to burning crop stubble? Why does still, cold air trap it near the ground? Who suffers most, and which agencies have the power to act? Asking such questions before rushing to blame is how hard problems begin to be solved.

It links yesterday, today and tomorrow. Many of today's problems were set in motion by earlier decisions. Trace them back and you see more clearly what to do differently next time, as Fig. 1.12 shows.

1.5 The Future of Social Science

Think how much has changed since your parents were in Class 9. Payments moved to phones, artificial intelligence began to write and draw, towns spread into sprawling cities, summers grew hotter, and many families moved across states or abroad for work. News from the far side of the world now reaches you within minutes. Making sense of change this fast needs exactly the habits this chapter has practised, shown in Fig. 1.13.

Coastal towns are preparing for stronger storms, farmers are trying new crops as rainfall patterns shift, and cities are deciding how to use new technology without harming privacy or jobs. In each case, social science helps people see the problem clearly, share resources fairly, keep communities living in harmony and plan development that lasts.

The aim is not only to understand the world but to take a hand in improving it, as a citizen who checks facts, listens to others and thinks before acting. Studied this way, the subject also strengthens what Indians share and keeps you in touch with the country's cultural heritage. Past, present and future are its three tenses: how societies came to be, how they work now, and how they might work better.

1.6 Secondary-Stage Social Science: Your Two-Year Learning Journey

Some subjects feel finished once the exam is over. Social science is more like a new pair of glasses. Once you wear them, you notice causes and connections everywhere: in a news report, a market, a festival or a local election.

By the end of Class 10 you should be able to tackle questions like these:

• How do landforms, climate and resources influence where people live and what work they do?
• How did events such as the Industrial Revolution and colonial rule shape the world we live in?
• How does an economy decide what to produce, who gets what, and how to grow?
• How do democratic institutions work, and how can citizens hold them to account?
• How can we protect the environment, live well with diversity, and use technology and global links wisely?

Working on them will train you to weigh evidence, compare different points of view, and connect the past with the present and the future.

Part 1 of this book gives each of the four disciplines two chapters, as Fig. 1.14 shows, so that you begin the secondary stage with a feel for all four lenses.

The comparison above is the key to this subject. Facts are tools, not the goal; the goal is to make sense of how people live, how places differ, and how power and culture work. Here is a good test after each chapter. Can you explain it to a younger cousin, give an example from your own area, and name one thing you still want to find out? Then ask how it touches your own life: how society shapes you, and how your choices help shape society. If this book leaves you more curious about the world and more understanding of the people in it, it has done its job.