For a first order reaction a plot of the ln(c) versus time is linear
QUESTION 5 What is the kinetic order of the reaction - Dif a plot of In...
What is the difference between a first order and a second order reaction? a. For a first order reaction, plotting the natural logarithm of A versus time always gives a straight line with a slope equal to -k For a second order reaction a plot of 1 / A versus time, will produce a straight line with a slope equal to k b. For a first order reaction, plotting the natural logarithm of A versus time always gives a straight...
If a plot of \(1 /[\mathrm{A}]\) versus time produces a straight line with a positive slope for the reaction \(A \rightarrow B+C\), what is the order of the reaction?A) ZeroB) FirstC) SecondD) ThirdE) Cannot determine order from this information
Need help with these problems What would be the total order for the following reaction: 2H, + 0, → 2H,0 Zero Order First Order Second Order Third Order Not enough information O 5 Using the data in the table below, determine what the total order of reaction is for the following reaction: SO2 + 03 --> SO3 + O2 ENTER YOUR ANSWER AS A DIGIT, FOR EXAMPLE: 1 Initial Rate, mol/(L ) 0.118 (SO2), mol/L 0.25 0.25 0.75 (O3), mol/L...
The following reaction is a first-order reaction. For this type of reaction, a plot of ----- versus is linear. A + B --> P In[Alt, 1/t In [A]t, t 1/[A]t, t O [A]t, t Ot, 1/[A]t
B, the results of a plot of In[A] versus time is shown in the For the gaseous reaction A schematic figure below. What conclusion regarding the reaction order may be made? In[A] time the reaction is zero order А. the reaction is first order В. the reaction is not first order С. the reaction is second order D. E. the reaction is not second order Page 2 of 37
Most of the time, the rate of a reaction depends on the concentration of the reactant. In the case of second-order reactions, the rate is proportional to the square of the concentration of the reactant. Select the image to explore the simulation, which will help you to understand how second-order reactions are identified by the nature of their plots. You can also observe the rate law for different reactions. In the simulation, you can select one of the three different...
18. From the reaction data below, determine whether the reaction is first-order or second-order. Time (S) Reactant (M) 6.67 1.59 0.74 0.39 0.16 25 a. First-order. b. Second-order. c. Zero-order. d. Cannot determine. 19. In the Question 18, what is the rate constant for the reaction? a. 0.12 b. 0.15 c. 0.24 d. 0.72 20. In the Question 18, what is the half-life for the reaction? a. 0.2 sec b. 0.6 sec c. 1.0 sec d. 1.3 sec
* Question The experimental data from a certain reaction gives these three graphs. What is the order for this reaction? MA In [A] zero order o first order second order third order o 11 : 4 özés
16. From the given graph below, determine the order of the following reaction: 2x + Y + Z In[X] (s) (b) (a) A. The plot shows that the reaction data are constant with second-order kinetics, as versus 1 [X] is a straight line B. The plot shows that the reaction data are constant with first-order kinetics, as versust is [X] a straight line C. The plot shows that the reaction data are constant with zero-order kinetics, as 1 versust is...
write a general reaction mechanism that displays second-order rate kinetics. Please describe how the concentration of reactants might lead to the observation of second-order versus first-order kinetic data? That is to say, what ratios of reactants in a bimolecular reaction would lead to the observation of second-order versus first-order kinetic data? For such conditions that yield first-order kinetic data, please describe how such reactions, though technically bimolecular, can be treated mathematically as first-order data.