By the late 1800s, more schools were being set up in western Europe and elsewhere to train teachers.

In England, schooling girls and boys between the ages of five and ten became compulsory after 1881. At the same time, governments began to expand secondary schools, known as high schools in the United States. In secondary schools, students learned the “classical languages,” Latin and Greek, along with history and mathematics.

In general, only middle-class families could afford to have their sons attend these schools, which trained students for more serious study or for government jobs. Middle-class girls were sent to school primarily in the hope that they might marry well and become better wives and mothers. Generally, girls' schools did not teach much science or mathematics, which were considered unnecessary and inappropriate for young women.

Higher Education Grows

Colleges and universities expanded in this period, too. Most university students were the sons of middle or upper-class families. The university curriculum emphasized ancient history and languages, philosophy, religion, and law. By the late 1800s, universities added courses in the sciences, especially in chemistry and physics. At the same time, engineering schools trained students who would have the knowledge and skills to build the new industrial society.

Some women sought greater educational opportunities. By the 1840s, a few small colleges for women opened, including Bedford College in England and Mount Holyoke in the United States. In 1863, the British reformer Emily Davies campaigned for female students to be allowed to take the entrance examinations for Cambridge University. She succeeded, but as late as 1897, male Cambridge students rioted against granting degrees to women.

New Directions in Science

Science in the service of industry brought great changes in the later 1800s. At the same time, researchers advanced startling theories about the natural world. Their new ideas challenged long-held beliefs.

Modern Atomic Theory

A crucial breakthrough in chemistry came in the early 1800s when the English Quaker schoolteacher John Dalton developed modern atomic theory. The ancient Greeks had speculated that all matter was made of tiny particles called atoms. Dalton showed that each element has its own kind of atoms. Earlier theories put forth the idea that all atoms were basically alike. Dalton also showed how different kinds of atoms combine to make all chemical substances. In 1869, the Russian chemist Dmitri Mendeleyev (men duh LAY ef) drew up a table that grouped elements according to their atomic weights. His table became the basis for the periodic table of elements used today.

Photo of a piece of paper containing handwritten letters assigned to numbers in a tabular arrangement.

This image shows Dmitri Mendeleyev's 1869 manuscript of the periodic table. In 1871, he created a version with gaps where he believed elements that had not yet been discovered would fit.

The Question of Earth's Age

The new science of geology opened avenues of debate. In Principles of Geology, Charles Lyell offered evidence to show that Earth had formed over millions of years. His successors concluded that Earth was at least two billion years old and that life had not appeared until long after Earth was formed. These ideas did not seem to agree with biblical accounts of creation.

Archaeology added other pieces to an emerging debate about the origins of life on Earth. In 1856, workers in Germany accidentally uncovered fossilized Neanderthal bones. Later scholars found fossils of other early modern humans. These archaeologists had limited evidence and often drew mistaken conclusions.


End ofPage 523

Table of Contents

World History Topic 1 Origins of Civilization (Prehistory–300 B.C.) Topic 2 The Ancient Middle East and Egypt (3200 B.C.–500 B.C.) Topic 3 Ancient India and China (2600 B.C.–A.D. 550) Topic 4 The Americas (Prehistory–A.D. 1570) Topic 5 Ancient Greece (1750 B.C.–133 B.C.) Topic 6 Ancient Rome and the Origins of Christianity (509 B.C.-A.D. 476) Topic 7 Medieval Christian Europe (330–1450) Topic 8 The Muslim World and Africa (730 B.C.-A.D. 1500) Topic 9 Civilizations of Asia (500–1650) Topic 10 The Renaissance and Reformation (1300–1650) Topic 11 New Global Connections (1415–1796) Topic 12 Absolutism and Revolution Topic 13 The Industrial Revolution Topic 14 Nationalism and the Spread of Democracy (1790–1914) Topic 15 The Age of Imperialism (1800–1914) Topic 16 World War I and the Russian Revolution (1914–1924) Topic 17 The World Between the Wars (1910–1939) Topic 18 World War II (1930–1945) Topic 19 The Cold War Era (1945–1991) Topic 20 New Nations Emerge (1945–Present) Topic 21 The World Today (1980-Present) United States Constitution Primary Sources 21st Century Skills Atlas Glossary Index Acknowledgments