What is the reactivity series of elements and how can it be organized?

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In summary, the individual elements C, Br, N, O, I, Cl, S, F, and P cannot be compared in terms of reactivity as their chemical properties and reactions are too diverse. However, the reactivity of an element can be determined by its position on the reactivity series, with more reactive elements being placed higher and less reactive elements being placed lower. Sulfur does not have a general property of speeding up chemical reactions, but some of its compounds may exhibit this property. For a more thorough understanding, it is recommended to consult a general chemistry book or take an introductory Physical Chemistry course. The Wikipedia page on the Reactivity Series may also provide some helpful information.
  • #1
taregg
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can you write theae elements ...from more reactive to less reactive...side to side
C Br N O I Cl S F P
 
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  • #2
taregg said:
can you write theae elements ...from more reactive to less reactive...side to side
C Br N O I Cl S F P
What is the context of your question? Is it for schoolwork or self-study? Why did you post it in the Physics forum instead of the Chemistry forum? Looks more like Chem to me.

And what do you think the correct order should be and why? And reactive with what?

(EDIT -- thread has been moved to the appropriate forum)
 
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  • #3
Question as asked doesn't make much sense. Some of these elements can be easily compared directly, but chemistry of some is way too different for a meaningful, direct comparison.
 
  • #4
does phosphor speed the chimcal reaction...like sulfur
 
  • #5
taregg said:
does phosphor speed the chimcal reaction...like sulfur

Sulfur doesn't speed up chemical reactions. Perhaps some of them, but your question is suggesting it is a general property of sulfur. It is not.
 
  • #6
what you mean...perhaps some of them..can speed the chimcal reaction. ...can you explain more...
 
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  • #7
taregg said:
what you mean...perhaps some of them..can speed the chimcal reaction. ...can you explain more...

Sorry, but no. This is not something for a short post, this is something that requires a general chemistry book, plus large parts of an intro Physical Chemistry course.
 
  • #8
This Wikipedia page (Reactivity Series) may give you some help on clarifying your question. You could also take a look here - Reactivity (chemistry) - Wiki

Note to Admins/Moderators - Please edit or remove this post if it breaches the homework help rules.
 

FAQ: What is the reactivity series of elements and how can it be organized?

What are reactive elements?

Reactive elements are chemical elements that are highly reactive and readily form bonds with other elements. They tend to have low ionization energies and high electronegativities.

What causes elements to be reactive?

The reactivity of an element is determined by its atomic structure and the number of valence electrons. Elements with one or a few valence electrons tend to be highly reactive as they are more likely to gain or lose electrons to achieve a stable electron configuration.

How are reactive elements used in everyday life?

Reactive elements such as oxygen, chlorine, and fluorine are used in various industries and products. For example, oxygen is used in medical treatments and industrial processes, while chlorine is used in water treatment and as a disinfectant. Fluorine is used in toothpaste and non-stick coatings.

Can reactive elements be dangerous?

Some reactive elements can be dangerous if not handled properly. For example, alkali metals like sodium and potassium are highly reactive and can react violently with water. Other reactive elements, such as halogens, can be toxic if ingested or inhaled in large quantities.

How do scientists study and control the reactivity of elements?

Scientists use various techniques, such as spectroscopy and chemical reactions, to study the reactivity of elements. They also use safety precautions and proper handling techniques to control the reactivity of highly reactive elements in the lab.

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