Balance the following chemical equation and identify the type of chemical reaction.
$T i C l_{4} (l) + M g (s) \to T i (s) + M g C l_{2} (s)$

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Solution

Here $T i$ change $+ 4$ oxidation state to $O$ oxidation and oxidation number of $m g$ change $O$ to $+ 2$ . So it is a redox reaction. In case of redox reaction involves both a reduction process and a complementary oxidation process, two by concepts involved with electron transfer process.
$T i c l_{4} (l) + 2 M g (s) \to T i (s) + 2 M g c l_{2} (s)$ -Redox Reaction

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Identify the type of chemical reaction.

T i C l_{4} (l) + M g (s) \to T i (s) + M g C l_{2} (s)

Q. Balance the following chemical equations and identify the type of chemical reaction.
(a)

M g (s) + C l_{2} (g) \to M g C l_{2} (s)

(b)

H g O (s) \to H g (I) + O_{2} (g)

(c)

N a (s) + S (s) \to N a_{2} S (s)

(d)

T i C l_{4} (I) + S (s) \to T i (s) + M g C l_{2} (s)

Question 35
Balance the following chemical equations and identify the type of chemical reaction.
(a) Mg(s)+Cl2(g)→MgCl2(s)
(b) HgO(s)Heat−−→Hg(l)+O2(g)
(c) Na(s)+S(s)Fuse−−→Na2S(s)
(d) TiCl4(l)+Mg(s)→Ti(s)+MgCl2(s)
(e) CaO(s)+SiO2(s)→CaSiO3(s)
(f) H2O2(l)UV−−→H2O(l)+O2(g)

Q. Balance the chemical equation :

M g + C l_{2} \to M g C l_{2}

T i C l_{4} + M g

\to

T i + M g C l_{2}

Identify the type of chemical reaction.

M g (s) + C l_{2} (g) \to M g C l_{2} (s)

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Balance the following chemical equation and identify the type of chemical reaction.TiCl4(l)+Mg(s)→Ti(s)+MgCl2(s)

Balance the following chemical equation and identify the type of chemical reaction.
$T i C l_{4} (l) + M g (s) \to T i (s) + M g C l_{2} (s)$