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Periodic Table


Synopsis


Find out about all 118 elements, the building blocks of matter that make up our entire universe, in this pocket-sized encyclopedia.

Discover all the major elements of the periodic table, arranged in chapters according to their group, including alkaline earth metals, lanthanides, and noble gases. Every important element - from hydrogen via carbon, oxygen, and gold to oganesson (that's element number 118) - is presented here.

Every entry includes a photo of the element in its raw state or in use, as well as its date of discovery and atomic information as found on the periodic table. Plus here are stunning full-page photos showing elements as you have never seen them before - perhaps inside machinery that you can't normally delve into; or in stunning macro photography that reveals microscopic details invisible to the human eye.

The Pocket Eyewitness series is perfect for all children, from reluctant readers who can easily digest the key points through to budding Marie Curies and Louis Pasteurs who want to know more about the most essential particles on the planet.

DK

Summary

Chapter 1: The Birth of the Elements

* Discusses the origins of the elements in the Big Bang and through nucleosynthesis in stars.
* Example: The formation of carbon in the interior of red giant stars through the triple-alpha process.

Chapter 2: The Periodic Law

* Introduces the periodic table and Dmitri Mendeleev's discovery of the patterns in the properties of the elements.
* Example: The grouping of alkali metals (Group 1) based on their shared reactivity and valence electron configuration.

Chapter 3: Periodicity in the Elements

* Explores the periodicity of physical and chemical properties within the periodic table.
* Example: The increase in ionization energy from left to right across a period, reflecting the increasing number of protons in the nucleus.

Chapter 4: The s- and p-Block Elements

* Focuses on the elements in Groups 1-2 (alkali and alkaline earth metals) and Groups 13-18 (main group elements).
* Example: The use of sodium hydroxide (NaOH) as a base in chemical reactions.

Chapter 5: The d-Block Elements

* Introduces the transition metals in Groups 3-12 and their unique properties, including variable oxidation states and complex formation.
* Example: The catalytic activity of transition metals in chemical reactions, such as the use of platinum catalysts in automobile exhaust systems.

Chapter 6: The f-Block Elements

* Examines the lanthanides and actinides in Groups 3 and 4.
* Example: The use of uranium isotopes in nuclear power plants and nuclear weapons.

Chapter 7: The Noble Gases

* Discusses the Group 18 elements, which are highly unreactive due to their stable electron configurations.
* Example: The use of helium in airships and balloons due to its low density and non-flammability.

Chapter 8: Trends in the Periodic Table

* Analyzes the general trends in properties within the periodic table, including atomic size, ionization energy, and electronegativity.
* Example: The decrease in atomic radius from left to right across a period due to the increased nuclear charge and electron shielding.

Chapter 9: The Chemistry of the Elements

* Explores the chemical reactions and applications of the elements, with a focus on their use in industry, medicine, and everyday life.
* Example: The role of iron in hemoglobin, the oxygen-carrying protein in red blood cells.

Chapter 10: The Future of the Periodic Table

* Discusses potential additions to the periodic table, such as synthetic elements and superheavy elements.
* Example: The discovery of elements 113 (nihonium) and 115 (moscovium) using high-energy particle accelerators.