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Nitramide, N2H2O2, decomposes slowly in aqueous solution. This decomposition is believed to occur according to the reaction mechanism above. The rate law for the decomposition of nitramide that is consistent with this mechanism is given by which of the following?(A) Rate = k [N2H2O2] (B) Rate = k [N2H2O2] [H+] (C) Rate = (k [N2H2O2]) / [H+](D) Rate = (k [N2H2O2]) / [N2HO2−] (E) Rate = k [N2H2O2] [OH−]

Respuesta :

With a rate constant of 4.70*10-5 s-1, Nitramide breakdown in aqueous solution at 25 °C proceeds in the first order as NH2NO2(aq) + N2O(g) + H2O. (l).

What is the chemical composition of Nitramide?

A molecule's arrangement of atoms and the chemical bonds that hold it together make up its chemical structure. The molecule of Nitramide contains a total of five bonds (s) There are three non-H bonds, two multiple bonds, and two double bonds (s).

What is the thermal decomposition of Nitramide empirical equation?

It has been utilized to thermally break down Nitramide (H2N2O2) and hyponitrous acid (H2N2O2). (both of which have the empirical formula N2OH2O).

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