Consider the reaction of ammonium ions (NH.) and nitrite ions (NO:), shown in Equation 1. NH,...

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Consider the reaction of ammonium ions (NH.") and nitrite ions (NO:), shown in Equation 1. NH, (aq) + NO, (aq) → N2 (g) + 2H20 (1) (1) Solutions of NH," and NO, were mixed in various quantities and the following rate data were obtained at a constant temperature: Experiment Initial [NH.' Initial [NO,l Initial rate for formation of N; mol/L.s 7.50 x 10 1.50 x 102 1.50 x 102 0.150 3.04 x 107 6.08 x 107 2. 0.150 3. 0.300 1.22 x 10 1. Find the order of the reaction with respect to NHa". Show your work. 2. Find the order of the reaction with respect to NOr. Show your work. 3. Write the rate equation. 4. Calculate the rate constant k. 24 Consider the reaction of ammonium ions (NH.") and nitrite ions (NO:), shown in Equation 1. NH, (aq) + NO, (aq) → N2 (g) + 2H20 (1) (1) Solutions of NH," and NO, were mixed in various quantities and the following rate data were obtained at a constant temperature: Experiment Initial [NH.' Initial [NO,l Initial rate for formation of N; mol/L.s 7.50 x 10 1.50 x 102 1.50 x 102 0.150 3.04 x 107 6.08 x 107 2. 0.150 3. 0.300 1.22 x 10 1. Find the order of the reaction with respect to NHa". Show your work. 2. Find the order of the reaction with respect to NOr. Show your work. 3. Write the rate equation. 4. Calculate the rate constant k. 24

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