How can you tell how reactive a metal is? - how reactive lymphocytes level gets high
Is there a way to know how a band of metal only a periodic table? I know that transition metals are less reactive, but exactly where in the reactivity of each metal is it? Thanks
Friday, February 19, 2010
How Reactive Lymphocytes Level Gets High How Can You Tell How Reactive A Metal Is?
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It is the so-called electrochemical series, in which the less reactive metals (gold and silver) at the bottom of the group's fastest-responsive (1 predominantly metals) at the top.
ReplyDeleteYes, it's likely view of the periodic table. As you know most stable or inactive gas in the periodic table are inert or noble, reaching argon, helium extra Neori try its total external orbit with 8 electrons (except helium), and other elements to obtain the electronic configuration of gas, or noble or lose electrons . Fire from top to bottom, and density increases from left to right, as it moves more easily along the elements of the Periodic Table, for example, sodium metal is soft and begins with 11 electrons when exposed oil.the air and stored Keros other metals of the first group are less reactive sodium acompareded. Positive charge in the transition elements such as electron orbitals inside, you enter are elements of the transition and the increase in the nuclei of less active and internal actinides and lanthanides even less reactive.
ReplyDeleteThe only sure way to determine who can see that the metal (eg Fe) the movement of metal ions (eg Cu 2 +)-solution. Then, for analogy.
ReplyDeleteYou may also know to measure the standard redox potential of each metal (if you like, look into). So for them, with metals higher than those with the lowest potential, the lowest metal with more potential. This is called the electrochemical series and reflects the reactivity series (with the exception of calcium is greater) than sodium.
Place stop responding when you scroll the table?
ReplyDeletehmm there is no easy way to do this, because it depends on how reactive. Why do you need this information for any metal?
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