Because the symbols are the first one/two letters of their Latin name. For example Iron is Fe because the latin name for iron is ferrum.
addition: There was 'no domination of language English' at the time of discovery of first elements. Mendeleev used latin language.
It was Latin what was used at that period in chemistry, physics and in medicine.
Another example: Sodium (latin name Natrium, short symbol is Na)
Another example Potassium (latin name Kalium, short symbol taken was K)
I've been trying for five minutes now to permute this into a question that actually makes sense, and this is the best I can come up with: Sometimes, people use unofficial abbreviations, like "D" for deuterium or "Ph" for a phenolic group or "OAc" for acetate (particularly confusing one, that, as Ac is the symbol for actinium). These don't appear on the periodic table because they aren't actually elements. Deuterium is an isotope of hydrogen, and the other two are polyatomic. If that doesn't answer what you were trying to ask, please be a little more clear what symbols in particular you're talking about.
The chemical name of the compound is often based on the names of the elements that are part of it. However, for many simple organic compounds it is not possible to determine the component elements.
Different languages have their own words for elements, but chemical symbols are international, so they provide a universal way of specifying chemicals. A chemical formula is not specific to any language and will make the same sense in any country. Also, many molecules and formulae involve a large number of different elements, or complex arrangements of the same elements, and symbols provide a way to express them without being too long.
When two or more different elements unite chemically, they form a compound. Compounds have a fixed chemical composition and distinctive properties different from the elements that make them up.
Hydrogen (H) Helium (He) Lithium (Li) Beryllium (Be) Boron (B)
You may be referring to the elements whose symbols do not match their names. Such symbols refer to names for those elements (or something related) in other languages. Examples: Au (gold) comes from the Latin word aurum W (tungsten) comes form the Swedish word wolfram. Tungsten is still sometimes called wolfram. Na (sodium) comes from the Latin word natrium which itself may come from the Egyptian word natron. Natrium is the modern German word for sodium.
The symbols in the periodic table are significant because they represent elements in a concise and standardized form. Each symbol carries information about the element's name and atomic number, allowing for easy identification and organization of elements based on their properties and characteristics. The symbols enable scientists to communicate efficiently and universally about different elements and their interactions.
I've been trying for five minutes now to permute this into a question that actually makes sense, and this is the best I can come up with: Sometimes, people use unofficial abbreviations, like "D" for deuterium or "Ph" for a phenolic group or "OAc" for acetate (particularly confusing one, that, as Ac is the symbol for actinium). These don't appear on the periodic table because they aren't actually elements. Deuterium is an isotope of hydrogen, and the other two are polyatomic. If that doesn't answer what you were trying to ask, please be a little more clear what symbols in particular you're talking about.
The chemical name of the compound is often based on the names of the elements that are part of it. However, for many simple organic compounds it is not possible to determine the component elements.
Different languages have their own words for elements, but chemical symbols are international, so they provide a universal way of specifying chemicals. A chemical formula is not specific to any language and will make the same sense in any country. Also, many molecules and formulae involve a large number of different elements, or complex arrangements of the same elements, and symbols provide a way to express them without being too long.
When two or more atoms from different elements join together chemically they form a compound. The compound can be ionic or covalent/molecular depending on the elements that are combined.
This combination of symbols is known as a chemical formula.
Yes: compounds have to consist of at least two different elements.
When two or more different elements unite chemically, they form a compound. Compounds have a fixed chemical composition and distinctive properties different from the elements that make them up.
neutral
Chemical compounds
a compound