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Alkaline Earth Metal Collection

Background imageAlkaline Earth Metal Collection: Re, Ra, the ancient Egyptian sun god

Re, Ra, the ancient Egyptian sun god, father of all gods, historical, digital reproduction of an original from the 19th century

Background imageAlkaline Earth Metal Collection: Friedrich Wohler (1800-1882), German organic chemist

Friedrich Wohler (1800-1882), German organic chemist. Isolated aluminium (1827), synthesised urea (1828), discovered beryllium (1828) and obtained acetylene from calcium carbide

Background imageAlkaline Earth Metal Collection: John Flaxman, 1755 -1826, a British sculptor and draughtsman

John Flaxman, 1755 -1826, a British sculptor and draughtsman

Background imageAlkaline Earth Metal Collection: John Flaxman, 1755 -1826, a British sculptor and draughtsman

John Flaxman, 1755 -1826, a British sculptor and draughtsman

Background imageAlkaline Earth Metal Collection: Portait of Benjamin West, 1738 - 1820

Portait of Benjamin West, 1738 - 1820, an Anglo-American painter, Portrait von Benjamin West, 1738 - 1820, ein amerikanischen Maler

Background imageAlkaline Earth Metal Collection: Portrait of Sir Humphry Davy, 1778 - 1829

Portrait of Sir Humphry Davy, 1778 - 1829, an English chemist and inventor, Portrait von Sir Humphry Davy, 1778 - 1829, ein englischer Chemiker

Background imageAlkaline Earth Metal Collection: Portrait of Sir Joshua Reynolds

Portrait of Sir Joshua Reynolds, 1723 - 1792, an English painter, Portrait von Sir Joshua Reynolds, 1723 - 1792, ein englischer Maler des 18. Jahrhunderts

Background imageAlkaline Earth Metal Collection: Portrait of Sir Walter Raleigh

Portrait of Sir Walter Raleigh, 1554 - 1618, an English aristocrat, writer, poet and explorer, Portrait von Sir Walter Raleigh, 1554 - 1618, ein englischer Seefahrer, Entdecker und Schriftsteller

Background imageAlkaline Earth Metal Collection: Portrait of John Flaxman, 1755 -1826

Portrait of John Flaxman, 1755 -1826, a British sculptor and draughtsman, Portrait von John Flaxman, 1755 -1826, ein britischer Bildhauer

Background imageAlkaline Earth Metal Collection: Sir Joshua Reynolds, 1723-1792, englischer Maler

Sir Joshua Reynolds, 1723-1792, englischer Maler

Background imageAlkaline Earth Metal Collection: Duncan's Land, birthplace of painter David Roberts

Duncan's Land, birthplace of painter David Roberts, near Edinburgh, Scotland, 19th century

Background imageAlkaline Earth Metal Collection: Allan Ramsay's House, High Street

Allan Ramsay's House, High Street, Edinburgh, Scotland, United Kingdom, Europe

Background imageAlkaline Earth Metal Collection: Norman Gate at Windsor Castle, 1767

Norman Gate at Windsor Castle, 1767, royal residence at Windsor, Berkshire, England, UK, after Paul Sandby RA

Background imageAlkaline Earth Metal Collection: Norman Gate at Windsor Castle, 1767

Norman Gate at Windsor Castle, 1767, royal residence at Windsor, Berkshire, England, UK, after Paul Sandby RA

Background imageAlkaline Earth Metal Collection: Norman Gate at Windsor Castle, 1767

Norman Gate at Windsor Castle, 1767, royal residence at Windsor, Berkshire, England, UK, after Paul Sandby RA

Background imageAlkaline Earth Metal Collection: Magnesium

Magnesium. Sample of the alkaline earth metal magnesium (Mg). Magnesium is a silvery-white metallic element

Background imageAlkaline Earth Metal Collection: Barium

Barium. Vial containing a sample of the alkaline earth metal barium (Ba). Barium has few industrial applications. Barium sulphate is used for its density, insolubility, and X-ray opacity

Background imageAlkaline Earth Metal Collection: Strontium

Strontium. Sample of the alkaline earth metal Strontium (Sr). Strontium is a soft silvery-white metallic element that turns yellow when exposed to air

Background imageAlkaline Earth Metal Collection: Beryllium

Beryllium. Sample of the alkaline earth metal Beryllium (Be). Beryllium is a grey metallic element that is extracted from the mineral beryl (Beryllium aluminosilicate)

Background imageAlkaline Earth Metal Collection: Calcium

Calcium. Sample of the alkaline earth metal calcium (Ca) on a watch glass. Calcium is the fifth most abundant element in the Earths crust


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EDITORS COMMENTS

Alkaline Earth Metals: Unveiling the Elements that Ignite Chemistry's Brilliance From Potassium to Calcium, Alkaline Earth Metals form a fascinating group of elements in the periodic table. These metals possess unique properties and play an essential role in various aspects of our lives. Magnesium, known for its lightness and strength, is widely used in aerospace industries and automotive manufacturing. Its presence ensures lighter vehicles without compromising on durability. Additionally, Magnesium also finds application in medical devices due to its biocompatibility. Sodium, another member of this family, is renowned for its reactivity with water. It ignites a mesmerizing flame when exposed to moisture—a spectacle often seen during chemistry demonstrations. Sodium compounds are vital ingredients in many everyday products like detergents and cleaning agents. Barium and Strontium contribute their vibrant hues to fireworks displays worldwide. These elements emit intense green (barium) or red (strontium) colors when ignited—adding a touch of magic to celebrations. Beryllium may be small but packs a punch. This lightweight metal possesses exceptional strength while being transparent to X-rays—an invaluable quality utilized extensively in medical imaging technology such as CT scans. Calcium takes center stage as it forms the foundation for strong bones and teeth. Our bodies rely on this element for proper muscle function, nerve transmission, and blood clotting mechanisms. Dairy products are excellent sources of calcium that help maintain healthy skeletal systems throughout life. The alkaline earth metals share common characteristics—they have two valence electrons making them highly reactive yet less so than their alkali metal counterparts from Group 1 of the periodic table. Their reactivity allows them to readily form compounds with other elements—contributing significantly to chemical reactions occurring within our environment. As we delve deeper into understanding these remarkable elements' properties and applications across industries—from construction materials enriched with calcium-based additives to energy storage technologies utilizing magnesium alloys—we unlock new possibilities for innovation and progress.

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