Breaking down the question

The command is examine, which asks for a reasoned and balanced treatment rather than a mere assertion. The task is to show how science and technology drive social change, while qualifying the claim so as to avoid a crude technological determinism.

The phrase agents of social change frames science and technology as causal forces. A strong answer both demonstrates their transformative power and insists that their effects are socially mediated — shaped by, as well as shaping, the structures and values around them.

Threads to develop:

  • Science and technology as powerful drivers of change across institutions.
  • The concepts that explain the process — cultural lag, and the critique of determinism.
  • The qualification — uneven and socially conditioned effects.

How to approach it

Open by affirming that science and technology are among the most powerful forces of change in modern society, transforming the economy, family, communication and worldview. Anchor the discussion in the note on theories of social change.

Then deploy the analytical concepts: Ogburn's cultural lag to show how material change outpaces institutional adjustment, and the critique of technological determinism to insist that technology's effects depend on social context. Close by noting the uneven distribution of benefits and reaching a balanced verdict.

Model answer

Science and technology are among the most powerful agents of social change in the modern world. Scientific knowledge has transformed how people understand nature and society, replacing magical and religious explanations with rational and empirical ones, while technology has revolutionised production, communication, transport, health and everyday life. History offers clear evidence. The Industrial Revolution, built on new machinery and sources of power, reorganised the economy, created the factory and the industrial city, and gave rise to new classes and class conflict — a transformation Karl Marx analysed as driven in large part by changes in the forces of production. The Green Revolution reshaped agriculture and rural society, and the digital revolution has recast work, communication, politics and culture. Across each of these, material innovation altered not only the economy but also the family, community, values and worldview.

To examine this role sociologically, it helps to draw on William F. Ogburn's concept of cultural lag. Ogburn distinguished material culture — technology and its products — from non-material culture — norms, laws, institutions and attitudes. Material culture, he argued, tends to change faster, so that the non-material culture lags behind and struggles to adjust. New technologies therefore generate a period of strain and maladjustment until institutions and values catch up: the motor car preceded traffic law, and digital media have outrun our norms of privacy. Cultural lag captures both the power of technology to force change and the friction that change produces.

Yet the role of science and technology must be examined critically, and not reduced to technological determinism — the one-sided view that technology is the autonomous prime mover of history. Technology does not act on society from outside; it is invented, adopted and used within a given social structure, and its effects depend on the values, interests and inequalities of that structure. The same innovation can liberate or oppress depending on who controls it and to what end. Thorstein Veblen's stress on habits and institutions reminds us that innovation is always filtered through existing social arrangements. Moreover, the benefits of science and technology are unevenly distributed: they can widen the gap between rich and poor and between centre and periphery — the digital divide being a contemporary example — and they carry unintended consequences such as ecological degradation, surveillance and the displacement of labour.

Science and technology are therefore powerful but neither neutral nor autonomous agents of change. They set in motion far-reaching transformations across every institution, yet the direction and effects of those transformations are shaped by the social conditions in which the technology is embedded. The most accurate view treats technology and society as mutually shaping: technology drives change, but society determines how that change unfolds.

Examiner's perspective

Examiners reward candidates who treat examine as an invitation to balance — affirming the transformative power of science and technology while refusing crude determinism. A script that merely lists inventions and asserts they cause change misses the analytical core.

The strongest answers introduce a concept that organises the discussion: Ogburn's cultural lag is the natural choice, and pairing it with a critique of technological determinism shows theoretical control. Illustrations — the Industrial and digital revolutions — should be tied to institutional effects, not left as bare examples. Noting the uneven distribution of benefits through ideas like the digital divide adds a critical edge, and a closing verdict that technology and society are mutually shaping reads as mature within the word limit.