Consider the following reaction sequence in which \(J, K, L\) and \(M\) are the major products.
Given:
Atomic mass (in amu): H : \(1\), C : \(12\), N : \(14\), O : \(16\), S : \(32\), Br : \(80\), Ba : \(137\)
The volume of \(1\,\text{M}\) aqueous \(\text{H}_2\text{SO}_4\) required to completely neutralize the ammonia evolved from \(5.72\,\text{g}\) of \(L\) in Kjeldahl’s method of nitrogen estimation is _____ mL.