A) \[{{A}_{2}}{{(B{{C}_{3}})}_{2}}\]
B) \[{{A}_{3}}{{(B{{C}_{4}})}_{2}}\]
C) \[{{A}_{3}}{{({{B}_{4}}C)}_{2}}\]
D) \[AB{{C}_{2}}\]
Correct Answer: B
Solution :
| In \[{{A}_{3}}{{(B{{C}_{4}})}_{2}}\] |
| \[3\times O.N.\] of \[A+2\,[O.N.\,of\,B+4\times O.N.\,of\,C]=0\] |
| \[3\times (-2)+2\,[+5+4\,\times (-2)]=0\] |
| \[+6+2\,[-3]=0\] |
| Hence, in the compounds \[{{A}_{3}}{{(B{{C}_{4}})}_{2}},\] the oxidation number of A, B and C are +2, +5 and - 2 respectively. |
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