Please use the values in the resources listed below instead of the textbook values. How will each of the following affect the rate of the reaction, CO(g) + NO2(9) - Co2(9) + NO(g), if the rate law for the reaction is rate - k (NO2] (CO]? (a) increasing the pressure of NO, from 0.3 atm to 0.9 atm The rate -Select-9 by a factor of (b) increasing the concentration of Co from 0.03 M to 0.06 M The rate -Select- : by a factor of

For the denitrification [microbiological conversion of nitrite/nitrate (N-containing contaminants) to nitrogen gas (harmless end product)] to be more effective, an external carbon source (e.g., methanol) is frequently added for denitrifiers (denitrifying microorganisms) during the reaction. The following chemical reaction is for when methanol is added for this purpose. Calculate how much (concentration) of methanol (in mg/L) needs to be added to completely convert 30 mg/L of NO3--N to N2 gas. 0.1667 CH3OH + 0.1343 NO3- + 0.1343 H+ ↔ 0.0143 C5H7O2N + 0.06 N2 + 0.3505 H2O + 0.0952 CO2

2:21 1 Question 10 of 25 Submit Which of the following changes would cause the reaction below to shift in the forward direction to reestablish equilibrium? 2 NB13 (g) = N2 (g) + 3 Br, (g) A) adding a catalyst. B) adding Ar (g). C) increasing the total volume of the container. D) adding N2.

Balance the following reaction and write the reaction rate. __CH3NH2(g) + __O2 --> __CO2(g) + __H2O(g) + __N2(g)

Heating solid ammonium nitrate enhances its reversible decomposition into dinitrogen monoxide and water vapour. a)  Write a balanced chemical equation with physical states for the reaction just described. b)  Write the law of mass action (aka equilibrium expression) consistent with the equation you wrote in (a).

what is the relationship betwee decreasing temperature and amounts of reactants

Using the collision model for a chemical change, desciebe from a molecular viewpoint how diluting the solutions by adding water prior to mixing will decrease the rate of the reaction

(a) How many equilibrium positions can a reaction have? Explain. (b) How many equilibrium constants can a reaction have? Explain