Periodic Table Element Names: Latin vs. Germanic

In summary: Language changes over time and in many cases, entire languages die out completely. The use of "gold" as the symbol for Au(aur) instead of Na(natriu) is one example of this.
  • #1
Fizica7
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Hi. Why do some countries use different names for the elements instead of their original names as indicated by their symbol?
Like Na(natriu) is called sodium, Au(aur) is gold, Fe(fier) is iron, Cu(cupru) is copper, Ag(argint) is silver, Pb(plumb) is lead.
I'm from a Latin/francophone country and was taught like the symbol names, except hg which is still "mercur". Is there a difference between all Latin/french and Germanic/English countries?
 
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  • #2
Fizica7 said:
Hi. Why do some countries use different names for the elements instead of their original names as indicated by their symbol?
Like Na(natriu) is called sodium, Au(aur) is gold, Fe(fier) is iron, Cu(cupru) is copper, Ag(argint) is silver, Pb(plumb) is lead.
Same reason that some countries, regions, or cultures have different language. Those elements have been known the longest and have been know by their latin names: natrium, aurum, ferrum, cuprum, argentum,

Natrium is actually a derivative of the Greek Νάτριο, or νίτρον (nítron)
The name sodium is thought to originate from the Arabic suda, . . . .
https://en.wikipedia.org/wiki/Sodium#History
http://www.vanderkrogt.net/elements/element.php?sym=Na

https://en.wikipedia.org/wiki/List_of_chemical_element_name_etymologies
 
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  • #3
Fizica7 said:
Hi. Why do some countries use different names for the elements instead of their original names as indicated by their symbol?
Like Na(natriu) is called sodium, Au(aur) is gold, Fe(fier) is iron, Cu(cupru) is copper, Ag(argint) is silver, Pb(plumb) is lead.
I'm from a Latin/francophone country and was taught like the symbol names, except hg which is still "mercur". Is there a difference between all Latin/french and Germanic/English countries?
The periodic table is VERY recent in the evolution of human languages and the elements have been known as things (lumps of gold, etc) far back in time so why be surprised that they evolved different words in different languages ... everything else did :smile:

Edit: I see Astronuc beat me to it.
 
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  • #4
So still lots of countries aren't saying natrium... They're saying sodium. Who told them to say sodium or gold instead of aur/um...Like Pb(plumb) it's lead one minute and it's "plumbing" the next minute when it's used to solder stuff like pipes.
 
  • #5
Fizica7 said:
Who told them to say sodium ...
Probably the same people who told the French to say "or", the Poles to say "zloto" and so forth when they should all, according to you, be saying "gold".
 
  • #6
The French do have the word "aurifère".
 
  • #7
If you want to argue about the evolution of languages, it would probably be best to start a new thread. You asked a question and it has been answered.
 
  • #8
So the answer is everyone adopted what they wanted...like a free for all.
 
  • #9
Fizica7 said:
So the answer is everyone adopted what they wanted.
You are still missing the point apparently. Please reread #3 and tell me what part of it does not make sense to you and why it does not answer your question.
 
  • #10
So... According to post 3.. Everyone's language evolved differently... correct of course... And then when the periodic table came along... it had just the numbers and empty spaces for symbols and names so everyone just put their own symbols and names... sort of like everyone ratified it and in the end we got a mix?!?
 
  • #11
Fizica7 said:
So still lots of countries aren't saying natrium... They're saying sodium. Who told them to say sodium or gold instead of aur/um...Like Pb(plumb) it's lead one minute and it's "plumbing" the next minute when it's used to solder stuff like pipes.

Langauge is inherently chaotic. Rarely -- very rarely -- is the usage of some word dictated by a person or a small group of people. Far more often the usage is dictated by the chaotic whims of the masses.

And languages change over time in a chaotic fashion too. I wouldn't expect the language you speak now to be even recognizable by your/our decedents, 1000 years into the future.

Neither dictionaries nor grammar guides are in the business of dictating usage of words or usage of grammar. Rather their primary purpose is to report the present usage of words and language. The key point here is that they report it. They don't define it.

Fizica7 said:
So the answer is everyone adopted what they wanted...like a free for all.

That is actually pretty close to the truth.

Fizica7 said:
Everyone's language evolved differently... correct of course... And then when the periodic table came along... it had just the numbers and empty spaces for symbols and names so everyone just put their own symbols and names... sort of like everyone ratified it and in the end we got a mix?!?

Nobody "ratified" it. The nature is chaotic. There is no central authority that dictates words of any given, common language (regardless of those individuals who tell you differently -- anybody claiming that they dictate the use of a common language are just fooling themselves).
 
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  • #12
It's not just names of some elements that are different in different languages. Also names of cities (London, Londres, Lontoo...), countries (Austria, Autriche, Österreich, Itävalta), and even personal names (John, Juan, Johann, Giovanni...)
 
  • #13
Fizica7 said:
So... According to post 3.. Everyone's language evolved differently... correct of course... And then when the periodic table came along... it had just the numbers and empty spaces for symbols and names so everyone just put their own symbols and names... sort of like everyone ratified it and in the end we got a mix?!?
Please read about the history of the elements and periodic table. Also, note that many educated folks, including scientists, in the past had some learning of Greek and Latin. Often, the name of an element was determined by the person/scientist who identified the element, and the name might be derived from Greek or Latin.

Since the early 1900s, International Union of Pure and Applied Chemistry (IUPAC, http://www.iupac.org/home/about.html ) has been responsible for establishing an international convention for the names of elements.

https://en.wikipedia.org/wiki/Hydrogen#Discovery_and_use
https://en.wikipedia.org/wiki/Carbon#History_and_etymology
https://en.wikipedia.org/wiki/Periodic_table#First_systemization_attempts

http://www.rsc.org/periodic-table/history
http://www.rsc.org/periodic-table/history/about

A number of other chemists before Mendeleev were investigating patterns in the properties of the elements that were known at the time. The earliest attempt to classify the elements was in 1789, when Antoine Lavoisier grouped the elements based on their properties into gases, non-metals, metals and Earth's. Several other attempts were made to group elements together over the coming decades. In 1829, Johann Döbereiner recognised triads of elements with chemically similar properties, such as lithium, sodium and potassium, and showed that the properties of the middle element could be predicted from the properties of the other two.

It was not until a more accurate list of the atomic mass of the elements became available at a conference in Karlsruhe, Germany in 1860 that real progress was made towards the discovery of the modern periodic table.
Of course, various languages have particular names for the elements, but the symbols (of the periodic table) are the same by virtue of international convention.
http://www.vanderkrogt.net/elements/multidict.php
http://www.vanderkrogt.net/elements/language.php?language=de
 
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1. What is the difference between Latin and Germanic element names on the periodic table?

The difference between Latin and Germanic element names on the periodic table lies in their origin. Latin element names are derived from Latin words or roots, while Germanic element names are derived from Germanic or Old English words. This is due to the fact that the periodic table was developed by scientists from different countries, resulting in a mix of Latin and Germanic names for elements.

2. Why are some elements named after Latin words and others after Germanic words?

The naming of elements is based on a variety of factors, including the element's properties, its discovery, and the preferences of the scientist who discovered it. Some elements may have been named after their properties, such as iron (from the Latin word "ferrum" meaning "to bear" due to its strength), while others may have been named after the place where they were discovered, such as germanium (named after Germany).

3. Are there any patterns or trends in the use of Latin and Germanic names on the periodic table?

There are no specific patterns or trends in the use of Latin and Germanic names on the periodic table. Some elements may have Latin names because they were discovered by scientists who primarily used Latin, while others may have Germanic names due to the influence of German scientists in the field of chemistry. However, as more elements were discovered and named, a standardized system for naming elements was established, leading to a mix of Latin and Germanic names on the periodic table.

4. Can element names be changed from Latin to Germanic or vice versa?

Once an element has been officially named and added to the periodic table, its name cannot be changed. However, some elements may have multiple names, with one being the official name and the other being a common or traditional name. For example, the element with the atomic number 26 is officially named iron (Latin), but it is also commonly known as ferrum (Germanic).

5. Are there any benefits or drawbacks to using Latin or Germanic names for elements?

There are no inherent benefits or drawbacks to using either Latin or Germanic names for elements. However, some may argue that Latin names may be easier to remember and pronounce for those who speak Romance languages, while Germanic names may be easier for those who speak Germanic languages. Ultimately, the choice of element names is based on tradition and historical significance rather than practicality.

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