Origins and causes of industrialization

The shift from making goods by hand at home to making them by machine in factories.

Agriculture, population growth, capital/finance, natural resources, new ideas/technology, and government.

Fencing off open village fields into larger private farms, allowing more efficient farming.

Rotating wheat, turnips, barley and clover so no field was left bare, keeping soil fertile and raising yields.

Higher yields freed labour to move to towns and produced enough food to feed those growing towns.

A rising birth rate and falling death rate gave more workers and more customers (cause); later, industry raised living standards, growing population further (effect).

Money and resources invested to produce more wealth in the future.

Profits from improved farming (agrarian) and from trade and empire (mercantile), channelled through banks and joint-stock investment.

Accessible coal and iron ore, often found near each other, plus navigable rivers and coastline for cheap transport.

It encouraged reason, science and enquiry, creating a culture that admired and rewarded invention.

Stable property rights, patent protection for inventors, low internal tariffs, and a supportive legal framework enforcing contracts.

A supported judgement that weighs the causes against each other and reaches a clear verdict — not just a list.

It let one weaver work a wide loom alone and weave much faster, which used up thread quickly and created a thread shortage.

A home-sized frame that spun many threads at once, fixing the thread shortage caused by the flying shuttle.

It spun strong, even thread but was too big for a cottage, so it was driven by a water wheel and moved spinning into factories.

It combined the jenny and water frame to spin thread that was both fine and strong, ideal for the best cotton cloth.

The first working steam engine; it pumped water out of flooded coal mines but wasted huge amounts of coal.

A separate condenser (1769) for efficiency, and rotary motion (1781) so the engine could turn machinery, not just pump.

Smelting iron with coke (baked coal) instead of scarce charcoal, allowing cheap iron in far larger amounts.

Stirring molten iron to remove impurities, then rolling it, producing strong wrought iron in large quantities.

Carried coal from Worsley into Manchester, roughly halving coal prices and setting off 'canal mania'.

Hard, all-weather roads built by trusts that charged a small toll and used the money to maintain the road.

It fuelled steam engines, fed iron furnaces, heated factories, and later powered the railways, tying all the innovations together.

Water wheels only worked beside fast rivers; steam engines freed factories to be built anywhere, especially near coalfields.

A combination of coal, capital, colonial markets, empire and naval strength, and stable government — all coinciding in one country at once. No rival had the full set.

Coal, Capital, Colonies (markets), Cannon (empire/navy) and Calm government (political stability after 1688).

The domestic/cottage system: merchants gave raw wool or cotton to families who spun and wove it at home by hand, then returned the finished cloth for payment.

New machines were too big, costly and power-hungry for a cottage. They needed water or steam power, so workers had to come to the machine under one roof.

The moment production scaled up — moving from home hand-work to factories, and from human muscle to water- and coal-powered machines.

Lancashire, centred on Manchester ('Cottonopolis') and its ring of mill towns, which spun and wove cotton on a giant scale.

The West Midlands — around Birmingham and the Black Country — where coalfields fed iron furnaces making rails, machines and tools.

It roughly doubled — in England from around 6 million to well over 11 million — supplying both workers for the mills and customers for goods.

Both — it was a cause (more labour and demand) and an effect (towns swelled as people flooded into industrial cities like Manchester).

Belgium: industrialised early on the continent using its coal/iron and copying British methods. The USA: industrialised later with abundant land and immigrant labour. Both came after Britain and borrowed its model.

Britain invented much of the technology itself as first-mover; later industrialisers like Belgium and the USA borrowed British machines and ideas.

Paper 2 rewards comparing two regions. Britain set the pattern everyone reacted to, so it is the benchmark you contrast a later industrialiser against.