The following data are for the decomposition of ammonium nitrite in aqueous solution Vol. of N2 in cc Time (min.) 6.55 10 9.00 15 11.40 20 13.65 25 35.65 ∞ The order of reaction is

Question

The following data are for the decomposition of ammonium nitrite in aqueous solution Vol. of N2 in cc Time (min.) 6.55 10 9.00 15 11.40 20 13.65 25 35.65 ∞ The order of reaction is (A) zero (B) one (C) two (D) three

Tardigrade Admin · Accepted Answer

For first order reaction k=(2.303/t) log (a/a-x) a propto V∞ (35.05) and x propto Vt constant values of k calculated for different times shows first order reaction.

Q. The following data are for the decomposition of ammonium nitrite in aqueous solution Vol. of $N_{2}$ in cc Time (min.) 6.55 10 9.00 15 11.40 20 13.65 25 35.65 $\infty$ The order of reaction is

zero

one

two

three

For first order reaction $k = \frac{2.303}{t} lo g \frac{a}{a - x}$ $a \propto V_{\infty} (35.05)$ and $x \propto V_{t}$ constant values of $k$ calculated for different times shows first order reaction.

Q. The following data are for the decomposition of ammonium nitrite in aqueous solution Vol. of N2​ in cc Time (min.) 6.55 10 9.00 15 11.40 20 13.65 25 35.65 ∞ The order of reaction is

zero

one

two

three

For first order reaction k=t2.303​loga−xa​ a∝V∞​(35.05) and x∝Vt​ constant values of k calculated for different times shows first order reaction.

Q. The following data are for the decomposition of ammonium nitrite in aqueous solution Vol. of $N_{2}$ in cc Time (min.) 6.55 10 9.00 15 11.40 20 13.65 25 35.65 $\infty$ The order of reaction is

For first order reaction $k = \frac{2.303}{t} lo g \frac{a}{a - x}$ $a \propto V_{\infty} (35.05)$ and $x \propto V_{t}$ constant values of $k$ calculated for different times shows first order reaction.