The reaction 2 NO(g) + O₂(g) → 2 NO₂ (g) is second order in NO and first order in O₂. When [NO] = 0.040 M, and 3O24 = 0.035 M, the observed rate of disappearance of NO is 9.3⨉10-5 M/s. (b) What is the value of the rate constant?

Video transcript

everyone to wear direction below. And the reaction is second order in nitric oxide impressed order and chlorine gas. And the rate of disappearance is 3.44 cents to four m/s When the concentration of magic oxide and chlorine gas are $2.5 and tube boiler. Or as conflict the value of the rate constant. We know that the right long equation is rape Equals rate constant. Construction of eight. The power of X and X. Is the order with respect to a concentration of B. The power of why and why is the order with respect to be over this our rate if it's okay. Construction of magic outside the power of X. Construction of chlorine gas, the power of why so far right. We're gonna have the right concept, concentrate on the match outside to the second power because we have second order in natural oxide construction of chlorine gas for the first power. Our first order and flowing gas. We know that our rate. It was 3.44 Have 10 to the four mile per second in the concentrations oxide in flooring gas or 2.5 Muller and to Mueller. If we plug in our values, we're gonna get 3.44 sensitive for per second. He goes to the right constant, Times 2.5 More where times to Mahler You get 3.44 times 10 to the four mile per second. It was the right constant. That's 12.5 more cute for the right constant. We get 2.75 since the third bullet to the negative. Two power from second to mega one power. Thanks for watching my video. And I hope it was helpful.