The Activity Series of metals is a very essential part in predicting the result of many reactions. The Activity series is a chart which list's metals in order of declining reactivity. The metals on the top of the series are the most reactive and the ones in the bottom are the least reactive. The first five elements on the chart are highly reactive metals; which will react with water and steam. It is essential to know, that reactions should be performed in room temperature for the activity series to work well. Many would predict that metals with low ionization energy and lower electro negativity would me more active, because they are more vulnerable to lose electrons in a reaction. However, while these properties do affect an elements place in the series, there are other factors that affect an elements activity
An element in the activity series can replace any element below it on the list. The ability of an element to react is referred to as the element's activity.
B.NaC.Al
atoms form covalent bonds
H+ and Ni2+. An atom will replace any cation that is below it on the activity series of metals
No, because tin is above lead in the activity series.
There is a possibility that electronegativity can determine the activity series. This activity could knock ions out of solution and ranking in a series.
Activity series are useful for single displacement reactions.
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Sodium is the second most active in the activity series, so that makes it very high.
An element in the activity series can replace any element below it on the list. The ability of an element to react is referred to as the element's activity.
Yes, zinc is LESS reactive than potassium based on the activity series.
B.Zn2+
activity series is the list of elements arranged in descending order of chemical activity.
The activity (or reactivity) series determines whether or not a metal will replace another one in a replacement reaction.See the Related Questions to the left for more information about the activity series.
Metals higher in the series will replace metal ions in solution that are lower in the series
B.NaC.Al
H+ Cu2+