A periodic table is a table arranging chemical elements according to the order of atomic number to help viewers learn about elements and solve chemistry problems. Nonetheless, the table arranges the data in rows, such that elements with identical atomic structures(and hence identical chemical characteristics) appear within the vertical columns.
Nonetheless, the standard periodic table entails all the 118 elements recognized by the International Union of Pure and Applied Chemistry(IUPAC).
Periodic Table Examples & Templates
Periodic tables can assist us in learning about elements and solving chemistry problems. Here are some examples and templates of various periodic tables available.
Identifying Unknown Elements
Introduction to the Periodic Table
Living Periodic Table Worksheet
Periodic Table Coloring Worksheet
Elements of a Periodic Table
As said above, a periodic table is a table that presents all the 118 known chemical elements on earth, assorting them in the order of increasing atomic number.
Periodic Table Questions Sheet
Periodic Table Trends Worksheet
Periodic Table Worksheet
Periodic Table of the Elements
How do periodic tables work?
Periodic tables help us learn about chemical elements by arranging all the 118 known chemical elements on earth according to the order of atomic numbers. These tables group the elements with similar atomic structure and chemical properties together within vertical columns.
How can one memorize the periodic table?
An easy way to memorize the periodic table is to study your table every day.
How do you explain periodic tables to a child?
The periodic table can seem a little bit technical for kids to understand, but with the right strategy, you can explain and help your kid understand the table. An excellent way to do that is to use a suitable app. There plenty of such educational apps on Playstore, Appstore, and so on.
How to Use a Periodic Table of Elements
It is important to note that periodic tables are split into cells with each cell representing an element. Columns and rows are known as “Groups” and “Periods”, respectively. Nevertheless, elements with identical chemical characteristics are assigned a group name and, sometimes, given the same color. Additionally, there are four blocks, each containing different groups;
S-block – entails helium, hydrogen, alkali metals, and alkaline earth metals.
P-block – consists of groups 13-18.
D-block – made up of groups 3-12.
F-block – normally placed below the table, this block presents the lanthanides and actinides series of metallic elements.
Cells – these important components of a periodic table can entail various pieces of information, including the element’s atomic number and the one or two-letter atomic symbol, representing the element’s Latin name e.g “No” for “Nobelium.” Other information may include:
- Name- the full name of the element.
- Atomic mass- a decimal number directly below the symbol.
- Ionization number- indicates the amount of energy required to remove an electron from the element. It’s represented by a decimal number below the cell.
- Electron sequence- numbers are indicating the electron distribution within the element.
- Color- various colors denote related groups of elements.
- Information box- expounds further on the various chemical terms used in the periodic table.
- Cell key- offers labels describing what each item means.