Periodic Table: Elements, Symbols, and Atomic Numbers

Element Information in the Periodic Table

Overview of Elements

  • Elements are substances that consist of only one type of atom and are organized in the periodic table.

List of Elements with Symbols and Atomic Numbers

  • Each element is identified by its unique symbol and atomic number. Below is a detailed listing of the elements along with their corresponding symbols and atomic numbers:

Transition Metals and Others
  • Scandium

    • Symbol: Sc

    • Atomic Number: 21

  • Titanium

    • Symbol: Ti

    • Atomic Number: 22

  • Vanadium

    • Symbol: V

    • Atomic Number: 23

  • Chromium

    • Symbol: Cr

    • Atomic Number: 24

  • Manganese

    • Symbol: Mn

    • Atomic Number: 25

  • Iron

    • Symbol: Fe

    • Atomic Number: 26

  • Cobalt

    • Symbol: Co

    • Atomic Number: 27

  • Nickel

    • Symbol: Ni

    • Atomic Number: 28

  • Copper

    • Symbol: Cu

    • Atomic Number: 29

  • Zinc

    • Symbol: Zn

    • Atomic Number: 30

  • Gallium

    • Symbol: Ga

    • Atomic Number: 31

  • Germanium

    • Symbol: Ge

    • Atomic Number: 32

  • Arsenic

    • Symbol: As

    • Atomic Number: 33

  • Selenium

    • Symbol: Se

    • Atomic Number: 34

  • Bromine

    • Symbol: Br

    • Atomic Number: 35

  • Krypton

    • Symbol: Kr

    • Atomic Number: 36

  • Rubidium

    • Symbol: Rb

    • Atomic Number: 37

  • Strontium

    • Symbol: Sr

    • Atomic Number: 38

  • Yttrium

    • Symbol: Y

    • Atomic Number: 39

  • Zirconium

    • Symbol: Zr

    • Atomic Number: 40

Additional Information
  • This data is vital for understanding the properties, reactivity, and uses of each element. For example, Iron (Fe) is well-known for its role in construction and manufacturing, while Copper (Cu) is widely utilized in electrical wiring due to its excellent conductivity.

  • Familiarity with the periodic trends and the location of elements allows for predictions about their behavior in chemical reactions and their characteristics based on their group and period in the periodic table.