NCERT Solutions Exploring Society: India and Beyond Chapter 7 Chapter opening — The Big Questions

Book page 163 Updated on2026-09-05

Q1.
What are the factors of production?
Answer

The factors of production are the resources or inputs used in producing goods and services. Every product around you — your shoes, your school bag, the phone in the house — goes through a production process, and that process consumes inputs. In economics those inputs are classified into four types: land, labour, capital and entrepreneurship. Technology is added as a facilitator — a crucial one, because it enables enterprises to produce more goods with the same or fewer inputs.

FactorWhat the book includes in itExample from this chapter
Land
(natural resources)
Not only geographical land, but soil, forests, water, air, sunlight, minerals, oil and natural gasRatna took a plot on lease for Pause Point; a salon needs water and electricity; a vegetable vendor needs produce grown on soil
Labour
(human resources)
The physical and mental effort used in productionThe cook and helper in a food stall; carpenters, farmers, construction workers, teachers, doctors
CapitalMoney plus human-made resources — machinery, tools, equipment, vehicles, vending carts, computers, shops, factories, office buildingsRatna’s furniture and kitchen equipment; a vendor’s weighing scale, basket and cart
EntrepreneurshipStarting an enterprise or creating something new to solve a problem — taking the risk and gathering the other factorsRatna herself, who chose the location, arranged money, hired staff and planned the business
Technology
(facilitator, not a factor)
The application of scientific knowledgeUPI payments, GPS routing, drones spraying fertiliser, robots assisting in surgery
LAND LABOUR CAPITAL ENTREPRENEURSHIP The enterprise combines them in a chosen proportion GOODS AND SERVICES TECHNOLOGY — a facilitator that runs through every stage it lets the same or fewer inputs produce more goods
The four factors of production feed into the enterprise, which combines them to make goods and services. Technology is drawn as a band underneath because it is not a fifth input — it changes how efficiently the other four work.
Why we bother to classify them: because a producer has to answer a practical question — what exactly must I arrange before I can make anything? Ratna, when she started Pause Point five years ago, had to choose a location (land), organise money for rent and equipment (capital), hire staff (labour), buy ingredients, and plan how to make her dream a success (entrepreneurship). Four different arrangements, four different markets to go to, four different kinds of payment. The classification is a checklist, not a piece of theory.
Tip: the quick test for sorting an input is to ask where did it come from? If nature made it, it is land. If a person’s effort supplies it, it is labour. If people made it earlier and it is now being used to make something else, it is capital. If it is the decision to bring all of these together and carry the risk, it is entrepreneurship.
Q2.
How are these factors interconnected?
Answer

They are interconnected in the sense that no factor produces anything on its own — they complement each other, and they are combined in a proportion that depends on the product. As the chapter puts it, if some factors are missing or misused, production can become inefficient or can be halted.

1. The proportion changes with the product. Output from the agriculture, construction and handicraft sectors relies more on labour, and is therefore called labour-intensive. Semiconductor chips or satellites need more capital and specialised machinery, and are capital-intensive.

ProductWhich factor dominatesWhat the other factors still do
Handloom saree, a handicraft, a building under constructionLabour — labour-intensiveLand supplies cotton and dyes; capital supplies the loom; the weaver’s enterprise decides the design
Semiconductor chip, a satelliteCapital — capital-intensiveVery few but very highly skilled workers; ultra-pure silicon, water and power from land; huge entrepreneurial risk

2. A new technique can change the proportion itself. Increased machine use in agriculture can lower dependence on labour. In the other direction, 3-D printing can help revive dying art forms in textiles by producing handloom products on a large scale to serve the market — so technology does not always push labour out; sometimes it gives a craft a market again.

3. The factors are also connected across geography. The production inputs are available at different geographic locations. An enterprise procures them from those varied locations and combines them. This geographic interconnectedness gives businesses access to varied inputs — but it also creates a weakness. The supply chain is the network of individuals, organisations, resources, activities and technology involved in producing and selling goods. When a disruption occurs because a firm relied on far-off sources instead of local inputs, production halts — as was the case during the COVID-19 pandemic.

4. Follow one real product and you can see all of this at once. India is the world’s second-largest mobile phone manufacturer after China in 2025, and Fig. 7.23 traces how a phone is made:

The process of mobile phone assembly (Fig. 7.23) R&D teamconceptualisesnew features Acquire land andset up factory Acquire raw materials Assemble components& install software Test phone (functionality,quality & performance) Mass production& packaging Distribution toretail stores END Blue stages lean on LABOUR and human capital · green on LAND · orange on CAPITAL The ENTREPRENEUR runs the whole chain and decides how resources are used; TECHNOLOGY is present at every single stage.
The mobile-phone flow chart from page 179, with the factor that dominates each stage marked. Remove any one colour and the chain breaks.
Why interconnection matters more than the list: because the four factors are not four separate stories. Human effort is involved at every stage — teams of software, electrical and mechanical engineers with project managers develop the product; the entrepreneur decides how resources should be used; and procuring land, factory space, machinery and skilled workers all needs financial resources. As the chapter says, the inputs work like puzzle pieces — a puzzle with a piece missing is not a slightly smaller picture, it is a broken one.
Q3.
What is the role of human capital in production, and what are its facilitators?
Answer

Human capital is what turns effort into good work. The chapter draws the line carefully: labour is the physical and mental effort used in production, while human capital is the specialised skills, knowledge, abilities and expertise required to perform that labour. So human capital is not just the basic efforts of labour but also the quality and efficiency of that labour.

Its role in production is that human beings apply their knowledge, skills and decision-making abilities to create goods and services. A police officer maintains law and order; a scientist invents new technologies; a chef develops new recipes. Each needs a special set of knowledge and skills — and dedication to the work — to perform well. Without that, the same land, the same machines and the same money would produce far less.

FacilitatorHow it builds human capitalThe book’s evidence
Education and trainingEducation gives knowledge, from basic literacy up to expertise in a field; training gives the hands-on skill to apply itA civil engineering student learns principles of design and materials, then trains by observing construction sites, testing materials and understanding safety procedures — so as to build roads and bridges that are durable, cost-efficient and eco-friendly
HealthcareGood health supports cognitive development, so children attend school regularly and learn better; healthy workers give their best physically and mentallyThey can do more in shorter time periods, be creative, and do not have to be away from work due to ill health
Social and cultural influencesA culture of hard work, continuous improvement and doing things well raises the quality of a whole workforceJapan’s kaizen — ‘continuous improvement’ — applied since the mid-1940s, helping Japan reach higher standards of living; the German work ethic, valuing punctuality, attention to detail and quality, behind Germany’s lead in technology and manufacturing
TechnologyRemoves the geographical barrier to learning and to finding workSWAYAM offers free MOOC courses from Grade 9 onwards in subjects like robotics, aquaculture and textile printing; the National Career Service portal lists jobs from plumbing to accounting

Where India stands. Literacy is an important characteristic of the population and helps enhance the skills and productivity of human capital. On World Bank estimates for 2023, India’s adult literacy rate is 85 per cent for males and 70 per cent for females — a gap of 15 percentage points, and a reminder that the second figure is where the largest gain is still available. The Economic Survey of India 2024 says 65 per cent of people in India are below the age of 35, which means roughly 35 per cent are 35 or above. That young, productive population may give India a demographic dividend — the benefit a country gets when it has many young and working people, and fewer dependants.

Why the dividend is not automatic: a large young population is only a potential. The chapter states the condition plainly — to take advantage of this potential, individuals must have access to quality education, health, training and skilling. Numbers alone do not produce anything; human capital does. That is exactly why a dropout like Harsh on page 170 is not only his own loss but the country’s.
Was this helpful? Report an error