Consider the given set of compounds, Let P be the number of anti-aromatic compounds Q be the total number of resonating structures of carbonate ion [CO2−3], R be the number of α−H in given carbocation: S be the number of geometrical isomers of the compound, CH3−CH=CH−CH=CH2, T be the number of compounds more acidic than ethanol among the set given below: Phenol, p-Nitrophenol, CH3COOH, CH3SO3H Then (P+Q+R+S+T) is:

Consider the given set of compounds, Let P be the number of anti-aroma

1.	Consider the given set of compounds, Let P be the number of anti-aromatic compounds Q be the total number of resonating structures of carbonate ion [CO2−3], R be the number of α−H in given carbocation: S be the number of geometrical isomers of the compound, CH3−CH=CH−CH=CH2, T be the number of compounds more acidic than ethanol among the set given below: Phenol, p-Nitrophenol, CH3COOH, CH3SO3H Then (P+Q+R+S+T) is:
Answer» Consider the given set of compounds, Let P be the number of anti-aromatic compounds Q be the total number of resonating structures of carbonate ion $[C O_{3}^{2 -}]$ , R be the number of $α - H$ in given carbocation: S be the number of geometrical isomers of the compound, $C H_{3} - C H = C H - C H = C H_{2}$ , T be the number of compounds more acidic than ethanol among the set given below: $Phenol, p-Nitrophenol, C H_{3} C O O H, C H_{3} S O_{3} H$ Then (P+Q+R+S+T) is: