Consider the following reaction sequence Benzene xrightarrowtextconc. HNO_3 + textconc. H_2SO_4, 333text K textP xrightarrow1.text Sn/HCl/Delta quad 2.text pH neutralised textQ xrightarrow(mathrmCH_3mathrmCO)_2mathrmO textR xrightarrow1.text conc. HNO_3 + text conc. H_2SO_4 quad 2.text pH neutralised (major product) textS xrightarrowmathrmHCl / mathrmEtOH / Delta textT$\xrightarrow{\text{conc. } HNO_{3} + \text{conc. } H_{2}SO_{4}, 333\text{ K}} \text{P} \xrightarrow{1.\text{ Sn/HCl/}\Delta \quad 2.\text{ pH neutralised}} \text{Q} \xrightarrow{(\mathrm{CH}_{3}\mathrm{CO})_{2}\mathrm{O}} \text{R} \xrightarrow{1.\text{ conc. } HNO_{3} + \text{ conc. } H_{2}SO_{4} \quad 2.\text{ pH neutralised (major product)}} \text{S} \xrightarrow{\mathrm{HCl} / \mathrm{EtOH} / \Delta} \text{T}$ The percentage of nitrogen in product ‘T’ formed is ____%. (Nearest integer) (Given molar mass in mathrmg\ mol^-1$\mathrm{g\ mol^{-1}}$ H:1, C:12, N:14, O:16)