what is the skeleton chemical equation of this? And Balanced equation.
Copper (ii) chloride + Lithium --> Lithium Chloride + Copper
I don't understand what you want with a skeleton equation. But here is the equation.
CuCl2 + Li ==> LiCl + Cu
You can balance it?
To determine the skeleton chemical equation for the reaction between copper (II) chloride and lithium, we need to understand the chemical formulas of the compounds involved.
Copper (II) chloride is represented by the formula CuCl2, where Cu represents copper and Cl represents chlorine. Lithium is represented by the symbol Li. Lithium chloride is represented by the formula LiCl, where Li represents lithium and Cl represents chlorine.
Therefore, the skeleton chemical equation for the reaction can be written as follows:
CuCl2 + 2Li --> 2LiCl + Cu
In the skeleton equation, we can see that there is one copper atom on the left side of the reaction arrow (CuCl2) and one copper atom on the right side of the reaction arrow (Cu). There are two chlorine atoms on the left-hand side (CuCl2) and two chlorine atoms on the right-hand side (2LiCl). Lastly, there are two lithium atoms on the left side (2Li) and two lithium atoms on the right side (LiCl and LiCl).
Now, let's balance the equation to ensure that the number of each element on both sides of the reaction arrow is the same, as required by the law of conservation of mass.
The balanced chemical equation is as follows:
3CuCl2 + 2Li --> 2LiCl + 3Cu
In the balanced equation, we can see that there are three copper atoms on the left-hand side (3CuCl2) and three copper atoms on the right-hand side (3Cu). There are six chlorine atoms on the left-hand side (3CuCl2) and six chlorine atoms on the right-hand side (2LiCl and LiCl). Lastly, there are two lithium atoms on the left-hand side (2Li) and two lithium atoms on the right-hand side (LiCl and LiCl).
Therefore, the balanced equation for the reaction between copper (II) chloride and lithium is 3CuCl2 + 2Li --> 2LiCl + 3Cu.