This image is a list of chemical elements’ presented in alphabetical order, rather than the standard periodic table’ layout organized by atomic number and group. The elements’ are also color-coded, but not to indicate their classification as metals, non-metals, metalloids, etcetera, as is common with periodic table’ charts.
1. Organization and Content.
The elements’ are listed alphabetically from Actinium (Ac) to Zirconium (Zr). Each entry includes the full element’ name on the right and its one or two-letter chemical symbol on the left (e.g., “H” for Hydrogen, “Na” for Sodium). The list is broken into columns organized by the starting letter of the element’ name (“A“, “B“, “C“, “D“, “E“, … etcetera).
2. Color Coding Scheme.
The background colors of the elements’ does not represent different categories found in a standard periodic table’ layout. The specific key explaining the color scheme is the for differentiating element’ names. Six (6) color-cycle scheme: yellow (#1), violet (#2), blue (#3), red (#4), green (#5), orange (#6). The table is twenty-four (24) letters in alphabetical order; and the color scheme is four times periodic’. Simply 24=6×4 is the color coding scheme.
Yellow A G N U
Violet B H O V
Blue C I P W
Red D K R X
Green E L S Y
Orange F M T Z
3. Chemistry’ Through the Language Barrier.
The table is all one-hundred eighteen (118) discovered elements’. The value of the presentation is the requirement to know both Symbol & Name for all one-hundred eighteen (118) discovered elements’. This presentation is alphabetical order of element’ symbols: Actinium (Ac) to Zirconium (Zr). There are six-thousand (6,000) languages in the world. If the symbol (Ag) is used as algebra, then it represents “silver” in English and any other of six-thousand (6,000) languages.
