Periodic Table of 118 Elements Breakdown

What are all the elements on Earth? Where are they found and what are they used for?  

Here is a list of the elements found within the Periodic Table of Elements.

The Periodic Table of Elements is a chart that organizes all the known chemical elements according to their atomic structure and properties. There are currently 118 confirmed elements in the periodic table.

Most of the elements can be found naturally on Earth, while some are created in laboratories through nuclear reactions. Each element has unique characteristics, such as its atomic number, atomic weight, electron configuration, and chemical properties.

The following is a list of all the elements in the periodic table, along with some information about where they are found and what they are used for:

1. Hydrogen - found in water and organic compounds, used in fuel cells and rocket fuel
2. Helium - found in natural gas deposits, used in balloons, airships, and cooling systems
3. Lithium - found in rocks and minerals, used in batteries, ceramics, and pharmaceuticals
4. Beryllium - found in minerals and soils, used in nuclear reactors and aerospace materials
5. Boron - found in minerals and volcanic soils, used in ceramics, semiconductors, and neutron absorbers
6. Carbon - found in all living organisms and fossil fuels, used in steelmaking, plastics, and electronics
7. Nitrogen - found in the atmosphere and organic compounds, used in fertilizers, explosives, and cooling systems
8. Oxygen - found in the atmosphere and water, used in combustion, welding, and medical treatments
9. Fluorine - found in minerals and industrial waste, used in toothpaste, refrigerants, and chemical synthesis
10. Neon - found in natural gas deposits, used in lighting and advertising signs
11. Sodium - found in seawater and minerals, used in food additives, detergents, and chemical synthesis
12. Magnesium - found in seawater and minerals, used in alloys, batteries, and pharmaceuticals
13. Aluminum - found in minerals and bauxite ore, used in construction, transportation, and packaging
14. Silicon - found in rocks and sand, used in electronics, semiconductors, and solar panels
15. Phosphorus - found in minerals and organic compounds, used in fertilizers, flame retardants, and semiconductors
16. Sulfur - found in minerals and crude oil, used in fertilizers, detergents, and pharmaceuticals
17. Chlorine - found in seawater and industrial waste, used in water treatment, bleaching, and chemical synthesis
18. Argon - found in natural gas deposits, used in welding and lighting
19. Potassium - found in seawater and minerals, used in fertilizers, food additives, and pharmaceuticals
20. Calcium - found in rocks and minerals, used in construction, dental products, and pharmaceuticals
21. Scandium - found in minerals and ores, used in aerospace materials, lighting, and electronic devices
22. Titanium - found in minerals and ores, used in aerospace materials, sports equipment, and medical implants
23. Vanadium - found in minerals and ores, used in steelmaking, chemical synthesis, and aerospace materials
24. Chromium - found in minerals and ores, used in stainless steel, electroplating, and tanning
25. Manganese - found in minerals and ores, used in steelmaking, batteries, and fertilizers
26. Iron - found in rocks and ores, used in construction, transportation, and manufacturing
27. Cobalt - found in minerals and ores, used in batteries, magnets, and aerospace materials
28. Nickel - found in minerals and ores, used in stainless steel, alloys, and batteries
29. Copper - found in minerals and ores, used in electrical wiring, plumbing, and construction
30. Zinc - found in minerals and ores, used in galvanizing, batteries, and cosmetics
31. Gallium - found in minerals and ores, used in semiconductors, LEDs, and solar cells
32. Germanium - found in minerals and ores, used in semiconductors, optical fibers, and solar cells
33. Arsenic - found in minerals and ores, used in pesticides, alloys, and semiconductor doping
34. Selenium - found in minerals and ores, used in glassmaking, electronics, and photovoltaic cells
35. Bromine - found in seawater and minerals, used in flame retardants, pesticides, and water treatment
36. Krypton - found in the atmosphere and natural gas deposits, used in lighting and lasers
37. Rubidium - found in minerals and seawater, used in atomic clocks, catalysts, and medical research
38. Strontium - found in minerals and ores, used in pyrotechnics, nuclear medicine, and ferrite magnets
39. Yttrium - found in minerals and ores, used in aerospace materials, lasers, and phosphors
40. Zirconium - found in minerals and ores, used in nuclear reactors, ceramics, and alloys
41. Niobium - found in minerals and ores, used in superconductors, aerospace materials, and medical implants
42. Molybdenum - found in minerals and ores, used in steelmaking, electronics, and catalysts
43. Technetium - found in nuclear waste and laboratory synthesis, used in medical imaging and research
44. Ruthenium - found in minerals and ores, used in electronics, catalysis, and solar cells
45. Rhodium - found in minerals and ores, used in catalysis, jewelry, and electronic components
46. Palladium - found in minerals and ores, used in catalysis, electronics, and jewelry
47. Silver - found in minerals and ores, used in jewelry, coins, and photography
48. Cadmium - found in minerals and ores, used in batteries, pigments, and electroplating
49. Indium - found in minerals and ores, used in flat panel displays, solar cells, and alloys
50. Tin - found in minerals and ores, used in alloys, coatings, and packaging
51. Antimony - found in minerals and ores, used in flame retardants, alloys, and semiconductor materials
52. Tellurium - found in minerals and ores, used in semiconductors, alloys, and solar cells
53. Iodine - found in seawater and minerals, used in medicine, sterilization, and x-ray contrast agents
54. Xenon - found in the atmosphere and natural gas deposits, used in lighting, anesthesia, and ion thrusters
55. Cesium - found in minerals and ores, used in atomic clocks, drilling fluids, and catalysts
56. Barium - found in minerals and ores, used in medical imaging, fireworks, and drilling fluids
57. Lanthanum - found in minerals and ores, used in catalysts, lighting, and camera lenses
58. Cerium - found in minerals and ores, used in catalysts, polishing compounds, and catalytic converters
59. Praseodymium - found in minerals and ores, used in magnets, lighting, and ceramics
60. Neodymium - found in minerals and ores, used in magnets, lasers, and lighting
61. Promethium - produced in nuclear reactors, used in nuclear batteries and research
62. Samarium - found in minerals and ores, used in magnets, lighting, and cancer treatment
63. Europium - found in minerals and ores, used in lighting, lasers, and nuclear reactors
64. Gadolinium - found in minerals and ores, used in magnets, nuclear reactors, and MRI machines.
65. Terbium - found in minerals and ores, used in magnets, lighting, and fuel cells
66. Dysprosium - found in minerals and ores, used in magnets, lighting, and nuclear reactors
67. Holmium - found in minerals and ores, used in magnets, nuclear reactors, and laser technology
68. Erbium - found in minerals and ores, used in fiber optics, nuclear reactors, and alloys
69. Thulium - found in minerals and ores, used in portable X-ray machines and lasers
70. Ytterbium - found in minerals and ores, used in atomic clocks, cancer treatment, and metallurgy
71. Lutetium - found in minerals and ores, used in medical imaging, nuclear reactors, and catalysts
72. Hafnium - found in minerals and ores, used in nuclear reactors, alloys, and light bulbs
73. Tantalum - found in minerals and ores, used in electronics, medical implants, and superalloys
74. Tungsten - found in minerals and ores, used in light bulbs, hardening alloys, and electrical contacts
75. Rhenium - found in minerals and ores, used in high-temperature alloys, catalysts, and X-ray tubes
76. Osmium - found in minerals and ores, used in alloys, fountain pen tips, and electronics
77. Iridium - found in minerals and ores, used in spark plugs, alloys, and electronics
78. Platinum - found in minerals and ores, used in jewelry, catalytic converters, and electronics
79. Gold - found in minerals and ores, used in jewelry, electronics, and dentistry
80. Mercury - found in minerals and ores, used in thermometers, barometers, and fluorescent lighting
81. Thallium - found in minerals and ores, used in electronics, medical imaging, and rat poisons
82. Lead - found in minerals and ores, used in batteries, soldering, and radiation shielding
83. Bismuth - found in minerals and ores, used in cosmetics, pharmaceuticals, and alloys
84. Polonium - produced in nuclear reactors, used in nuclear batteries and research
85. Astatine - produced in nuclear reactors, used in nuclear medicine and research
86. Radon - found in natural gas deposits, used in cancer treatment and research
87. Francium - produced in nuclear reactors, used in scientific research
88. Radium - found in uranium ores, used in cancer treatment and research
89. Actinium - produced in nuclear reactors, used in scientific research
90. Thorium - found in minerals and ores, used in nuclear reactors, alloys, and lighting
91. Protactinium - produced in nuclear reactors, used in scientific research
92. Uranium - found in minerals and ores, used in nuclear reactors, weapons, and scientific research
93. Neptunium - produced in nuclear reactors, used in scientific research
94. Plutonium - produced in nuclear reactors, used in nuclear weapons and scientific research
95. Americium - produced in nuclear reactors, used in smoke detectors and scientific research
96. Curium - produced in nuclear reactors, used in scientific research
97. Berkelium - produced in nuclear reactors, used in scientific research
98. Californium - produced in nuclear reactors, used in research
99. Einsteinium - produced in nuclear reactors, used in research
100. Fermium - produced in nuclear reactors, used in research
101. Mendelevium - produced in nuclear reactors, used in research
102. Nobelium - produced in nuclear reactors, used in research
103. Lawrencium - produced in nuclear reactors, used in research
104. Rutherfordium - produced in nuclear reactors, used in research
105. Dubnium - produced in nuclear reactors, used in research
106. Seaborgium - produced in nuclear reactors, used in research
107. Bohrium - produced in nuclear reactors, used in research
108. Hassium - produced in nuclear reactors, used in research
109. Meitnerium - produced in nuclear reactors, used in research
110. Darmstadtium - produced in nuclear reactors, used in research
111. Roentgenium - produced in nuclear reactors, used in research
112. Copernicium - produced in nuclear reactors, used in research
113. Nihonium - produced in nuclear reactors, used in research
114. Flerovium - produced in nuclear reactors, used in research
115. Moscovium - produced in nuclear reactors, used in research
116. Livermorium - produced in nuclear reactors, used in research
117. Tennessine - produced in nuclear reactors, used in research
118. Oganesson - produced in nuclear reactors, used in research.

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