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(b) Write the rate law 2. The reaction represented by the balanced chemical equation CO(g) + NO (9) CO2(g) + NO(g) nitrogen dioxide. The initial

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(b) Write the rate law 2. The reaction represented by the balanced chemical equation CO(g) + NO (9) CO2(g) + NO(g) nitrogen dioxide. The initial rate of the reaction at 175 C is 2.5 mol/(L-S) when the is first order with respect to carbon monoxide and first order with respect to concentration of carbon monoxide is 0.025 mol/L and the concentration of nitrogen dioxide is 0.055 mol/L. (a) Determine the rate of reaction if the carbon monoxide concentration is doubled with no change in the nitrogen dioxide concentration. (ans: 5.0 mol/L-s)] (b) Determine the rate if the nitrogen dioxide concentration is tripled with no change in carbon monoxide concentration. (ans: 7.5 mol/(L-s)] (c) Determine the rate if the carbon monoxide concentration is doubled and the nitrogen dioxide concentration is tripled. (ans: 15 mol/(Ls)]

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