We use cookies to improve and analyse your browsing experience on our web. You can accept these cookies, reject them or choose your settings by clicking on the corresponding buttons. Please note that rejecting cookies may affect your browsing experience. For more information you can consult our Cookies policy.
Configure cookies
Cookies are an essential part of how our web works. The main goal of cookies is to make your browsing experience more comfortable and efficient and to improve our services and the web itself.
Here you can find all the information about the cookies we use and you can activate and/or deactivate them according to your preferences, except for those cookies that are strictly necessary for the operation of the web. Blocking some cookies may affect your experience on the web and how the site works. For more information you can visit our Cookie Policy.
Strictly necessary (technical) cookies
These Cookies are necessary for the web to function and cannot be disabled on our systems. They are generally only set up in response to actions you may take such as requesting services, setting your privacy preferences, logging in or completing forms. You can set your browser to block or warn you about these cookies, but some parts of the web will not work. Information about Cookies.
Analytical cookies
These Cookies allow us to count the number of visits and traffic sources so that we can measure and improve the performance of our site. They help us to find out which pages are the most popular and least popular, and to see how visitors move around the web. All information collected by these Cookies is aggregated and therefore anonymous. If you do not allow these Cookies we will not know when you visited our web. Information about Cookies.
Third party cookies
These cookies are used to analyse your activity in order to show you personalised advertisements. Information about Cookies.
During the technological revolution, there were many inventions, applied in all areas of everyday life.
In medicine: aspirin, the incubator and x-ray machines.
In offices: the telegraph, telephone, electric typewriter and copier.
In the home: the fridge, washing machine, detergent, the sewing machine and the electric iron.
In leisure: the gramophone, cinematograph and radio.
In transport: the bicycle, motorcycle, tyres, internal combustion engine, petrol, airship and aeroplane.
Between 1870 and 1914, the Second Industrial Revolution took place (also known as the Technological Revolution). It was characterised by rapid industrialisation due mainly to the increase in the importance of the financial sector in industry and the rise of finance capitalism.
1.1. Innovations and changes
Talking Book
During the second phase of industrialisation, new sources of finance, new business structures, technological innovations, new sources of energy and new industries led to an increase in production.
New sources of finance
In order to be able to set up, renovate or maintain a factory, business owners had to find new sources of finance.
A joint-stock company was a company made up of individuals who each contributed a part of the capital. Each investor bought shares in the business, and received a proportional part of the profits or losses.
The bank lent money to businesses in return for interest. Banks started to buy shares in businesses, and became investors. This led to a union between financial and industrial capital.
The stock exchange was a marketplace where shares in companies were bought and sold.
New business structures
Businesses joined to become associations in order to reduce competition, by limiting production, establishing fixed prices and dividing the market between them. They included the following structures.
Cartels: horizontal associations of different companies working in the same industry, which made collective decisions about production and prices.
Trusts: vertical associations formed by various companies working in different industries, which used their size to control the market for their products and eliminate their competitors.
Holding companies: large financial companies that earned profits by buying and holding shares in other companies.
In 1885, the German inventor Karl Benz made the first car: a tricycle with a petrol engine. It travelled at 13 km/hr.
New technological advances
Great technological advances and their application to industry, led to an increase in production and industrial development.
One of the most significant innovations was the improvement of the Bessemer converter. This helped lower the cost of producing steel, which was an important material for railways, cars and skyscrapers.
Other important innovations and inventions of this era include dynamite, stainless steel, and artificial fibres, such as artificial silk made from cellulose, which revolutionised the textile industry.
Thomas Edison, with his invention: the electric light bulb
New sources of energy
In addition to coal and gas, which were important sources of energy in the First Industrial Revolution, electricity and oil were new sources of energy.
Electricity: in 1869, Berges designed a hydroelectric generator to produce electricity for factories. This led to the construction of large hydroelectric power plants and the installation of electric cables to provide homes and factories with electricity. In 1879, Thomas Edison invented the electric light bulb, which soon replaced gaslights in factories, streets and homes.
Oil: new fuels such as kerosene and petrol were produced from oil in oil refineries. The first oil refinery was built in Cleveland, USA, in 1889, with money invested by John D. Rockefeller, an American businessman. The importance of petrol grew with the development of the petrol-powered car in the late 19th century. Rockefeller later founded the Standard Oil Company, the world's largest oil company.
New industries
One of the most important new industries was the electricity industry, which produced equipment such as cables, bulbs and lamps. The German companies AEG and Siemens were established during this period.
Other important industries included the food industry, which preserved food in metal tins; the chemical industry, which manufactured a diversity of products, such as perfume, dynamite and medicine; and the automobile industry: Henry Ford began the mass production of cars with the Model T. Consumer goods industries were also established, which produced goods for direct consumption by the public, such as food, cosmetics, medicines, footwear and clothing.
Important
Uses of electricity
In industry: for machines and lighting; this extended the working day and leisure time.
In transport: for the electric locomotive.
In construction: for lifts, cranes and forklifts.
In means of communication: such as the telephone and the radio.
Uses of petroleum
To make kerosene for lighting and heating.
To make petrol for cars with internal combustion engines.
Weblink 1. Inventions of the late 19th century
1.2. The consequences of the Second Industrial Revolution
Talking Book
Did you know?
Poster for the Moulin Rouge (Toulouse-Lautrec, 1891)
The origin of design
Design was born in the 19th century as a consequence of industrialisation. Its objective was to create useful, attractive objects that could be manufactured in large quantities. Industrial design was used in many different industries, such as the car industry, the textile industry (clothes) and the media industry (magazines and posters).
Graphic design was particularly important in the development of advertising.
The rise of finance capitalism affected all aspects of life. The most important repercussions were in the organisation of work, the development of consumerism, economic instability and the expansion of international trade.
The organisation of work
The organisation of work changed and the assembly line developed: each worker specialised in a specific task, such as placing a nut and screwing a nut. This saved time and meant more products could be manufactured. Henry Ford was the first to use the assembly line in his car manufacturing company, the Ford Motor Company, in 1913.
The birth of the consumer society
The consumer society developed due to the increase in production. It led to a new way of thinking; people began to value material well-being highly.
The upper class was the only social group that could afford luxury items, such as a car or telephone. The acquisition of these items became a sign of their social status.
The lower class had lower wages and couldn't afford consumer goods. Window shopping became popular, where people went to look at products on display in the windows of large department stores. These department stores opened in 1890 in France and the United States.
Companies used advertising to tell people about their products, in order to sell everything they produced to avoid an accumulation of unsold products. This was particularly important in the consumer goods industries, such as the food, textiles, footwear, electricity, chemical and car industries.
Economic crisis and cycles
Economic crises arose from the excess of products that the market could not consume, which resulted in an imbalance between supply and demand. Cycles of economic growth followed by crisis became a characteristic feature of capitalism.
Important
The evolution of the economic cycle
An economic cycle is made up of different stages.
Economic expansion or growth: there is an increase in investment, production and employment; salaries increase and there is a growth in demand and in companies' profits.
Crisis: production (supply) is higher than demand; prices fall, profits decrease and salaries are reduced.
Recession or depression: investment falls, companies close down; there is mass unemployment and consumption stagnates.
Recovery: supply balances with demand and the economy begins to expand.
Video 2. The 1900 house
Talking Book
THE GROWTH OF INTERNATIONAL TRADE
International trade increased due to the growth in industrial production; the improvement of transport systems, such as railways and shipping; and the construction of tunnels and canals.
Dynamite enabled the construction of large tunnels through mountainous areas such as the Mont Cenis Tunnel in France, in 1873 and the Simplon Tunnel through the Swiss and Italian Alps, in 1906.
Dynamite also made it possible to build huge canals, such as the Suez Canal in Egypt, and the Panama Canal. The Suez Canal was built between 1859 and 1869, by the French engineer Ferdinand de Lesseps. It is about 160 km long and 125 m wide.
The Suez Canal allowed large ships to cross from the Mediterranean Sea to the Red Sea, without having to sail around the coast of Africa. In 1874, the British bought the canal in order to improve communications between Great Britain and India.
The Panama Canal
The Panama Canal was begun by the French in 1880. It was impossible to build a sea-level canal like the Suez Canal, so the French engineer Philippe Bunau-Varilla designed a system of locks and two lakes that would raise or lower the ships to get them across the mountain range in Panama.
The United States was keen to acquire an inter-oceanic route, and bought the construction rights for the canal. Between 1904 and 1914, the United States finalised construction of the canal at a cost of approximately 400 million dollars. With the signing of the Hay-Burnau-Varilla Treaty, the United States gained permanent ownership of the canal.
