because of the heat and the effect
The elements with either highest or lowest electronegativities are the most reactive, especially with one another. Elements with mid range electronegativity are less reactive, except for silicon and, especially, carbon, atoms of which can react readily with themselves.
Whether it is a metal or not or a half metal! How reactive it is! What group it is in! Xx
Helium and Xenon are both Noble(or inert) gases. They are very unreactive. Helium has no known compounds and exists only in its atomic state. Xenon can be forced to react with extremely reactive compounds like Fluorine to form XeF4 . But this reaction is extremely hard, because Xenon is so unreactive. They are both gases with very low boiling temperatures.
It can predict many things e.g. displacement reactions such as copper sulfate + Calcium → Calcium sulfate + Copper as the copper would've been displaced because calcium is more reactive, it also can predict how long it takes for a metal to corrode rust e.g. Gold is used for jewellery because it's shiny and beautiful and it has a very low reactivity. This means that many unreactive metals cost a lot. It can also predict many other things.
You can predict it by its area on the periodic table.
It is pre
The answer is : Predict Its Properties
Based on the other elements in the same group, like helium and neon, you can predict that it is a gas under normal conditions, and it is not chemically reactive.
its valence electrons, its number of energy levels, how reactive it is, and some properties it has
You can see if its a metalliod or a metal or a non-metal.
That whether it is metal or non-metal.
Sodium is highly, highly reactive, so it will always be found in nature combined with some other element. This is true for all alkali and alkali earth metals (the 2 rightmost columns on the periodic table, minus hydrogen).
chlorine is more chemical reactive than argon.
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Hydro-logic condition of the watershed area, current river and stream levels and soil moisture levels is how you can predict floods.
A more reactive metal can displace another metal placed down in this series.
_Answer">Metals higher in the series will replace metal ions in solution that are lower in the series. AnswerIn general, the more "reactive" (electro-positive) the metallic element, the more stable will be the compounds it forms with other elements. AnswerThe activity series can be used to predict whether or not a reaction will occur -- in other words, a yes-or-no answer. It cannot be used to predict what the products of the reaction are, which is entirely dependent on the specific reactants. See the Related Questions about cupric sulphate and an iron nail for a good description of how to use the activity series to predict if a reaction will happen or not.
Yes, it is possible - the electron configuration is a specific characteristic.
Your question is difficult to address because so many factors go into making a chemical reaction happen.1) Which elements are more reactive? Generally, a more reactive element will replace a less reactive one in a compound. For example, 2NaBr + Cl2 --> 2NaCl + Br2.2) Are the reactants both dissolving? If so, the relatively-more-positive portion of one compound might bump into, and stick to, the relatively-more-negative portion of the other compound. For example, NaCl and KI both dissolve in water: NaCl + KI --> NaI + KCl3) What will help a reactant gain a stable configuration? For example, oxygen is stable when it has 8 electrons in its valence shell; hydrogen is stable when it has two. Oxygen normally has 6, hydrogen normally has 1. If two hydrogens share that one electron with oxygen and share one of oxygen's in return, then the valence shells are complete and the produce has a stable configuration: O2 + 2H2 --> 2H2O.So in order to find out the answer to your question, you might want to look into some of the more specific questions that make it up, like: how do you predict the electron configuration of an element? How do you tell how reactive an element is? How do you predict how stable a compound is?
The reactivity of an element is determined by its valence electrons. Understanding how they are arranged in their orbital clouds helps predict how the elements will react.
In single-displacement, if the activity of the free element is greater than the element in the compound, the reaction will happen.