• UNIT 4: THE INDUSTRIAL REVOLUTION

    Key unit competence: By the end of this unit, the learner should be
    able to explain the causes and consequences of
    the industrial revolution, technical inventions and

    their inventors.

     

    1. Use a dictionary or Internet to find out the meanings of the
    following words:
    i. Revolution
    ii. Industry

    2. Use an atlas to locate England on the map of Europe.

    You must have realised that revolution is a change that takes place in a
    given society. The change may affect the social, political and economic
    aspects of that society. It is also defined as the process that permanently
    changes the state of affairs and the way of doing things.

    The industrial revolution refers to the changes in the methods of
    production where machines replaced human labour. It led to greater
    changes in the whole economy of European countries. It began in England
    in the 1850s and later spread to other countries. Before the industrial
    revolution, Europeans had low standards of life, they were living in rural
    areas, poverty, war, plague and poor hygiene resulted in high death rates,
    clothing was made locally, they practiced subsistence farming, they used

    simple tools, among others. 

    4.1. Situation in England before the industrial revolution Political,

    economic and social

    1. Use a dictionary or Internet to find out the meanings of the
    following words:
    i. Revolution
    ii. Politics
    iii. Economy
    iv. Social
    v. Industry
    2. Use an atlas to locate England on the map of Europe
    Use the dictionary or Internet to find out the meaning of the word
    revolution again. What do you notice?

    You must have realised that revolution is a change that takes place in a
    given society. The change may affect the social, political and economic
    aspects of that society. It is also defined as the process that permanently
    changes the state of affairs and the way of doing things.

    Industrial revolution refers to the changes in the methods of production
    where machines replaced human labour. It led to greater changes in the
    whole economy of European countries. It began in England in the 1850s

    and later spread to other countries.

    Before the industrial revolution started, Britain was quite different from
    the way it is today. Industrialisation brought with it new types of
    roads, trains and many other forms of communication. All these never

    existed in Britain prior to industrialization.

    Before industrial revolution began, it was very hard to keep in touch
    with people in other parts of the country. News was spread by travellers or
    through messengers. Goods were distributed largely within the locality in
    which they were produced.

    In the 1750s, UK Government was a constitutional monarchy
    with a parliament. However, only wealthy male landowners were
    allowed to vote (about 5% of the total population). The poor had
    no representation in the government and were offered little protection

    from authorities.

    Politics were based on land ownership and military honours won.
    Women and ordinary men were given few rights. As a result, life was a
    constant battle against famine, wicked landlords, overwork and sheer

    bad luck.

    Majority of the people lived in the countryside. They depended on
    agriculture. Subsistence farming was still very common. A family
    would have a small farm which provided for their own needs, and would
    sell any surplus produce. Other people would work as labourers on larger

    commercial farms.

    In the domestic system, Britain relied on cottage industries. An example
    of a cottage industry was weaving. Most weavers worked in their own
    homes. Weaving was a predominantly male occupation during that
    time. Women and girls did the carding and spinning of wool into thread.
    The whole family was involved. Everything was powered by hand,
    animals, windmills or water-wheels. This system could only produce
    goods in small quantities. As manufacture was by hand, with items being
    made individually, it was a slow process. With the rapidly growing
    population of this period, the domestic system was not able to produce

    the amount of goods required.

    Most people in preindustrial England lived on a subsistence level, with
    little or no savings. Most peasants struggled simply to meet the basic
    needs of their families. In England, between the 15th and 18th centuries,

    70% to 80% of household income went to buying food.

    For centuries, the English diet consisted mostly of bread and porridge,
    with very little meat. As a rule, Europeans ate few fruits or vegetables.
    They believed that the fruits and vegetables could cause disease,
    depression and flatulence. Most people were illiterate and rarely bathed.
    Their idea of healthcare was that physical suffering from an illness was

    God’s divine way of purifying the soul.

    Many children worked in the family farm or business. Others were
    trained to either become traders or go into domestic service. If they were

    servants, they would normally live in the home of their employer.

    Daily life in pre-industrial times changed very little for Europeans. Almost
    all people lived and worked in the countryside. Things changed from
    1300 to 1750. For the average peasant, people’s work and social life mixed.
    Families lived on small plots of land, growing crops mostly for home
    consumption. Children learned to milk cows, churn butter and tend to
    farm animals. For many years, rural families relied on tools such as wooden

    ploughs. They also depended on beasts of burden to pull them.

    Transport was mainly on foot, on horseback and in horse drawn
    vehicles. People also relied on water transport by 1750. Roads were horrible.
    It took over two weeks to travel from the top to the bottom of the UK
    by road. People used ships (via the ocean and, later, canals) to move

    quickly or to transport goods but still it was slow.

    The wealthy had their own horse-drawn carriages. There were also
    public coaches, which often carried both mail and passengers. Ordinary
    people used them. For local journeys, most people walked several miles

    to a town or to visit friends and relatives.

    Education was variable. There was no compulsory education in England.
    Children of the poor could only get a little elementary education at a charity
    school or ‘dame’ school. Many children were taught to read and write

    at home. Literate mothers often gave children their first lessons.

    Grammar schools educated middle class boys such as the sons of
    tradesmen and farmers. Private tutors and governesses sometimes
    educated the children of the upper classes at home. Sometimes they

    went to boarding schools.

    For boys, Latin and Greek were still very important. Latin and Greek were
    at the centre of grammar school and boarding school curricula. Girls’
    boarding schools often concentrated on fashionable accomplishments
    such as music, drawing, embroidery and French. However, some had

    more demanding curricula.

    Clothing was made locally with animal hides and fur. Nylon had to be
    used. Cotton was not imported in large quantities until developments

    enabled mass production of goods.

    Another clear trend in pre-industrial society was the slow growth
    of population from generation to generation. Poverty, war, plague
    and poor hygiene resulted in high death rates, especially among young
    people. Even in the 1600s, approximately 25% of newborn children died
    before their first birthday. Another 25% died before their tenth birthday.

    Life was for the bulk of the population, the farmers. By the 18th Century,
    the feudal system was long gone. It was replaced with a system in
    which the people were as reliant upon each other and their masters as

    before.


    1. Compare modern Rwanda with England before the industrial
    revolution.
    2. Discuss in detail each of the following condition that existed in
    pre- industrial revolution in England:
    i. There was no use of fertilisers.
    ii. There was no use of tractors.
    iii. There was land fragmentation.
    iv. Europeans were using poor tools.
    v. Animals such as pigs, goats, cows and sheep were kept together.
    vi. Most farmers built their houses far away from farms.
    vii. There was no fencing of the land.
    viii. There were no low standards of living.
    ix. There was scarcity of goods.
    x. All Europeans were lazy.

    4.2. Factors that led to the industrial revolution.
     

    1. By using the internet or history books in school library, identify

    three factors that led to the Industrial Revolution.

    2. Discuss the reasons that led to the industrial revolution in

    England. Present your findings to the class.

    4.2.2. Factors that led to the industrial revolution in Britain.

    (a) Lack of internal custom barriers.

    Britain had no internal custom barriers that would discourage investors

    to invest in industrialisation.

    (b) Political stability.

    Britain had enjoyed a period of relative peace and stability unlike Germany,

    Italy and France. Britain kept off from European conflicts as well.

    
    (c) Presence of a strong naval force.Britain had a strong naval force which protected her from external attacks.
    She used her navy to protect her merchants from foreign competition and
    to guard her trade routes.
    This was something that encouraged foreign investors to invest their

    money in the industrial sector.

    (d) Improved transport system.

    This included roads, railways and water transport which were much
    developed. Canals were constructed linking existing rivers and lakes.
    During the second half of the 18th century, roads and railways were
    constructed to link industrial centres. They were to transport raw materials
    and finished products to their destinations as well. It eased connectivity
    in terms of sources of raw materials, transportation of workers, industrial

    centres and markets.

    (e) Favourable government policy.

    The government of Britain lowered taxes on profits to support the business

    class. This also encouraged industrialisation to take place.

    (f) The impact of the 1789 French Revolution and Napoleonic wars.

    This discouraged industrialisation in France. On the other hand, it

    motivated Britain to industrialise and supply France with industrial goods.

    (g) Existence of natural harbours.

    Britain had good natural harbours which could not freeze even in winter.
    This facilitated the transportation of goods throughout the year.
    heart Good geographical location of Britain.

    Britain was located at the centre of less industrialised states that provided
    market for her finished goods. She also had navigable rivers such as
    Thames. All these were instrumental for the beginning of the industrial
    revolution.
    (i) Dominant position on over sea trade.

    Britain controlled a big part of Europe’s overseas trade mostly in the 18th

    Century. This helped her get cheap raw materials to feed her industries.

    She also got a market for her finished goods\

     

    1. Identify the factors that led to the industrial revolution in Europe.
    2. Listen to your teacher as he/she reads for you some more points
    on Industrial Revolution. Point out the key elements which led to

    Industrial Revolution .

    4.3. Effects of the industrial revolution


    1. Discuss the effects resulting from industrial growth.

    2. Present the findings.

    The following were some of the effects of the industrial revolution:
    • New machines which were used led to unemployment of many
    people.
    • There was expansion of international trade as countries produced
    different goods.
    • Industrialisation led to the need of market and raw materials from
    Africa and subsequent colonisation of Africa.
    • It led to the development of modern transport and communication
    systems. Many roads, railway lines, bridges and canals were
    constructed during this period.
    • It led to increased utilisation of idle natural resources that were not in
    use before.
    • The industrial revolution led to urbanisation, that is, urban centres
    developed due industrial activities.
    • The industrial revolution increased the demand for services provided
    by lodges, hotels, banks, insurance companies and schools.
    • It led to the collapse of feudalism in Europe. This was because
    landlords sold their land to the members of the middle class.
    • It helped the middle class to get political power. This later promoted
    democratic rule in Europe. People could now vote for leaders of their

    own choice.

    • The industrial revolution led to the rise of socialism. People advocated

    for state ownership of property to replace private ownership and income
    inequality.
    • It increased the number of middle classes for these owned factories
    and mines. Some started sending their children to upper class
    schools.
    • It led to rural-urban migration leading to overcrowding and
    accommodation in towns.
    • The fumes from industrial centres led to environmental degradation.
    The industries produced bad smell leading to air pollution.
    • It led to the increase in population in Europe. Population in many 
    European countries tripled due to better living conditions. There was
    good shelter as well as improved medical care that reduced diseases
    that previously killed people.
    • The industrial revolution led to exploitation of workers by industrial
    owners. People worked for long hours with low wages. There were
    cases of unfair dismissals which contributed to the formation of trade
    unions. The trade unions bargained for better working conditions.
    • It increased child labour in mines and mills in England. Child labour
    was the cheapest labour of all.
    • Industrial accidents increased. The infant factories were extremely
    unsafe. People worked without safety regulations and with
    no protective gears in place. In case of injuries, there was no
    compensation.
    
    1. Draw a table with two columns showing both the positive and
    negative effects of the industrial revolution from the above points.
    Share your work with your classmates.
    2. Present your findings to the class.

    4.4. Factors for the formation of Trade Unions

    Research on the internet the meaning of trade union. Present your

    findings. 

    A trade union, also known as a labor union, is an organized association of
    workers in a particular trade, industry, or profession who join together to
    promote and protect the rights, welfare, and working conditions of their

    members.

    The following factors contributed to the emergence of trade unions
    during the industrial revolution:

    i. Poor working conditionsThe rapid industrialization led to harsh

    working conditions in factories, including long hours, low wages,
    unsafe environments, work accidents, poor accommodation,
    absence of holidays, and illegal dismissal. Workers faced exploitation
    by factory owners, leading to dissatisfaction and a desire for

    collective action to improve their working conditions.


    ii. Low wages: Factory workers often received low wages that were
    insufficient to meet their basic needs. The economic hardship faced
    by workers served as a catalyst for the formation of trade unions to
    negotiate for better pay and improved working conditions.
    iii. Lack of workers’ rights: There were minimal legal protections for
    workers, such as the absence of labor laws, lack of sick leaves, lack
    of health insurance, among others. Trade unions emerged as a
    response to this lack of protection, advocating for workers’ rights
    and legal reforms.
    iv. Job insecurity: Industrial workers faced job insecurity. Trade unions
    provided a means for workers to collectively address issues of job
    security and employment stability.
    v. Political and social movements: The emergence of political
    and social movements, including socialist and labor movements,
    contributed to the formation of trade unions. These movements
    advocated for workers’ rights and promoted the idea of collective
    action to address economic and social inequalities.
    vi. Technological changes: Advances in technology during the
    the industrial revolution often resulted in the displacement of
    skilled workers by machines. This displacement created a sense
    of insecurity among workers, motivating them to organize and

    protect their interests collectively.

    

    Research more information about the factors that led to formation of

    trade unions.

    4.5. Technical inventions and their inventors.



    1. Research on the developments made during the Neolithic
    revolution. Use internet and other History resources.
    2. Relate those developments with technical inventions during the
    industrial revolution.

    Let us now briefly discuss the following technical inventions and
    their inventors:
    i. Spinning mule (Crompton’s mule) by Samuel Crompton
    ii. Spinning jenny by James Hargreaves
    iii. Water frame by Richard Arkwright
    iv. Steam engine by James Watt

    v. Flying shuttle by John Kay

    i) Spinning mule (Crompton’s mule) by Samuel Crompton. Spinning
    mule is a machine used to spin cotton and other fibres. It was
    invented in 1779 by Samuel Crompton. He combined both the spinning
    jenny and the water frame to create this machine. It is also known as
    Crompton’s Mule. The machine was widely used between late 18th

    Century and 20th Century.

    ii) Spinning jenny by James Hargreaves. In 1764, James Hargreaves
    invented the Spinning jenny. It was a device which allowed one person
    to spin many threads at once. It helped in increasing the amount
    of finished cotton that a worker could produce. By turning a single
    wheel, one could now spin eight threads at once, a number that was
    later increased to eighty. Unfortunately, the thread was usually coarse
    and lacked strength. Despite this shortcoming, over 20,000 machines

    were in use in Britain by 1778.

    

    iii) Water frame by Richard Arkwright. In 1764, Richard Arkwright
    created the Water frame to produce yarn faster. It was initially called
    the Spinning frame. It was too large to be operated by hand. After
    experimenting with other sources of power, Richard Arkwright
    decided to employ the power of a water wheel. His machine came to

    be known as the Water frame.

    iv) Steam engine by James Watt. In 1769, James Watt improved the
    steam engine and in effect created a new source of power. Early model
    steam engines were introduced to drain water and raise coal from
    the mines. The crucial development was the use of steam for power.
    The first steam engine was actually produced by Thomas Newcomen.
    James Watt later improved and patented it. The original idea was to
    put a vertical piston and a cylinder at the end of a pump handle. The
    next step was to put steam in the cylinder and condense it with a spray 
    of cold water. The vacuum created allowed atmospheric pressure to
    push the piston down. Watt made it a reciprocating engine, creating

    the true steam engine.

    v) Flying shuttle by John Kay. Flying shuttle was a machine used in
    weaving. John Kay, a mechanic from Lancashire, patented the flying
    shuttle. Using cords attached to a picking peg, a single weaver, using
    one hand, could operate the shuttle on the loom. With this invention,
    it took four spinners to keep up with one cotton loom, and ten people
    to prepare yarn for one weaver. So, while spinners were often busy,
    weavers often waited for yarn. As such, the flying shuttle effectively
    doubled a weaver’s production of cloth.

    Other inventions are:
    Grame discovers in 1869 the Dynamo.
    The American, Samuel Mors, invents the telegraph.
    The American Thomas Edison invents the first lamp.
     The Italian Marconi and the French Branly invent the radio.
    The American Bell invents the telephone in 1876.
    The German Roentgen discover in 1896 the phenomenon which
    allows one to see across an opaque body and there was born the
    radiography.
    Louis Pasteur discovers that the microbes are small living beings
    which are the basis for the fermentation of beer and milk. He
    succeeded in manufacturing a vaccine against rabies, cholera.
    The English man, Davy, discovers aspirin.
    The English man, Harroy discovers the circulation of blood.
    The Russian Mendeleev establishes a classification of all chemical
    elements Re-covering of roads by John Macadam
    The locomotive was invented by Georges Stephenson
    The railway develops first in England then in the whole of Europe
    and in America, hence the transportation of many commodities.
    There was mechanization of agriculture through the use of tractors.
    Chemical fertilizers replace natural fertilizers.
    The postal services begin in 1840 and deal with the transmission of mail.
    
    Remember: Industrialisation is of value to a country’s economy. It enables
    people to get employment. It also ensures that there is provision of
    affordable products of acceptable standards. The government too
    gets taxes. However, the industrial wastes and gases from industries
    should be well managed. Good management of the wastes reduces

    environmental degradation. We will also have good health.

    Research on internet other inventions and their inventors after 19th
    century.

    

    1. Define the term ‘the industrial revolution’.
    2. Describe the factors that led to the industrial revolution in England.
    3. Assess the effects of the industrial revolution.
    4. Briefly explain some of the technical inventions and their

    inventors during the industrial revolution.


    Unit 3: CAUSES AND IMPACT OF THE AMERICAN REVOLUTIONUNIT 5: EXPLORATION OF AFRICA