Choose the comound which can react with `[Ag(NH_(3)))(2)]^(+)` and on treatment with alkaline `KMnO_(4)` gives `(CH_(3))_(3)C-O OH`A. `CH_(3)CH_(2)CH_(2)C=C-CH_(3)`B. `(CH_(3))_(2)CHCH_(2)C-=CH`C. `(CH_(3))_(3)C-C-=CH`D. `(CH_(3))_(3)C-C-=C-CH_(3)`

Choose the comound which can react with `[Ag(NH_(3)))(2)]^(+)` and on

1.	Choose the comound which can react with `[Ag(NH_(3)))(2)]^(+)` and on treatment with alkaline `KMnO_(4)` gives `(CH_(3))_(3)C-O OH`A. `CH_(3)CH_(2)CH_(2)C=C-CH_(3)`B. `(CH_(3))_(2)CHCH_(2)C-=CH`C. `(CH_(3))_(3)C-C-=CH`D. `(CH_(3))_(3)C-C-=C-CH_(3)`
Answer» Correct Answer - C Because the compound reacts with `[Ag(NH_(3))_(2)]^(+)` it must have=CH group. Further as it gives `(CH_(3))_(3)C-COOH` with alkaline `KMnO_(4)` it should have `(CH_(3))_(3)C-C`= group. Therefore the compound is as shown in (C ) `(CH_(3))_(3)C--=CH overset(Alk.KMnO_(4))to (CH_(3))_(3)C-COOH+CO_(2)+H_(2)O`

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Choose the comound which can react with `[Ag(NH_(3)))(2)]^(+)` and on treatment with alkaline `KMnO_(4)` gives `(CH_(3))_(3)C-O OH`A. `CH_(3)CH_(2)CH_(2)C=C-CH_(3)`B. `(CH_(3))_(2)CHCH_(2)C-=CH`C. `(CH_(3))_(3)C-C-=CH`D. `(CH_(3))_(3)C-C-=C-CH_(3)`

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