nsequently, the reaction is said to have second-order dependence with respect to NO but only a first order dependence with respect to H2.The overall order of the reaction is 3. This is because the value of m is 2, and the value of n is 1, and 2+133. Therefore, the power to which a reactant appears in its rate law expression determines its reaction order. The over-all order of reaction is determined as the sum of the powers of the concentration factors in the rate equation. The overall order of reaction gives an indication of how changing the concentration of the reactants will change the speed of the reaction. That is why, for higher orders of reaction, changing the concentration of the reactants results in large changes in the rate of reaction. know that nitric oxide (NO) is a major pollutant produced during the combustion of fossil fuels and has many deleterious effects? To limit its release to the atmosphere, strict environmental regulations have been passed in, and scientists work harder toward the development of more efficient methods to decrease NO emitted from combustion processes. no. Activity 2. Take my Order Directions: Consider the given graphs below. Mix and match the graphs with the correctdescriptions. Use the following options: X- zero order; Y- first order; Z- second order Zero order First order Second order Concentration Concentration 1. Changing the concentration of the reactant will have no effect on its rate ofreaction. 2. It depends on the concentration of one reactant. 3. The rate law is rate = k [A]. %3D 4. The rate is expressed as rate = k. 5. May be expressed in any of the following equations: rate = k [A]2, rate = k [B]2,rate k [A][B]. %3D %3D %3D PROCESSING QUESTION 1. Why is studying the nature of chemical reactions significant to the society? INTEGRATION REFLECTION GUIDE 1. How does the values of critical thinking and academic proficiency helped you in answering this module? Write your reflection here: ate rate
nsequently, the reaction is said to have second-order dependence with respect to NO but only a first order dependence with respect to H2.The overall order of the reaction is 3. This is because the value of m is 2, and the value of n is 1, and 2+133. Therefore, the power to which a reactant appears in its rate law expression determines its reaction order. The over-all order of reaction is determined as the sum of the powers of the concentration factors in the rate equation. The overall order of reaction gives an indication of how changing the concentration of the reactants will change the speed of the reaction. That is why, for higher orders of reaction, changing the concentration of the reactants results in large changes in the rate of reaction. know that nitric oxide (NO) is a major pollutant produced during the combustion of fossil fuels and has many deleterious effects? To limit its release to the atmosphere, strict environmental regulations have been passed in, and scientists work harder toward the development of more efficient methods to decrease NO emitted from combustion processes. no. Activity 2. Take my Order Directions: Consider the given graphs below. Mix and match the graphs with the correctdescriptions. Use the following options: X- zero order; Y- first order; Z- second order Zero order First order Second order Concentration Concentration 1. Changing the concentration of the reactant will have no effect on its rate ofreaction. 2. It depends on the concentration of one reactant. 3. The rate law is rate = k [A]. %3D 4. The rate is expressed as rate = k. 5. May be expressed in any of the following equations: rate = k [A]2, rate = k [B]2,rate k [A][B]. %3D %3D %3D PROCESSING QUESTION 1. Why is studying the nature of chemical reactions significant to the society? INTEGRATION REFLECTION GUIDE 1. How does the values of critical thinking and academic proficiency helped you in answering this module? Write your reflection here: ate rate
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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ACTIVITY 2 TAKE MY ORDER
![nsequently, the reaction is said to have second-order dependence with respect to NO but only a first order dependence
with respect to H2.The overall order of the reaction is 3. This is because the value of m is 2, and the value of n is 1, and
2+133. Therefore, the power to which a reactant appears in its rate law expression determines its reaction order. The
over-all order of reaction is determined as the sum of the powers of the concentration factors in the rate equation.
The overall order of reaction gives an indication of how changing the concentration of the reactants will change the speed
of the reaction. That is why, for higher orders of reaction, changing the concentration of the reactants results in large
changes in the rate of reaction.
know that nitric oxide (NO) is a major pollutant produced during the combustion of fossil fuels and has many
deleterious effects? To limit its release to the atmosphere, strict environmental regulations have been passed in, and
scientists work harder toward the development of more efficient methods to decrease NO emitted from combustion
processes.
no.
Activity 2. Take my Order
Directions: Consider the given graphs below. Mix and match the graphs with the correctdescriptions. Use
the following options: X- zero order; Y- first order; Z- second order
Zero order
First order
Second order
Concentration
Concentration
1. Changing the concentration of the reactant will have no effect on
its rate ofreaction.
2. It depends on the concentration of one reactant.
3. The rate law is rate = k [A].
%3D
4. The rate is expressed as rate = k.
5. May be expressed in any of the following equations: rate = k [A]2,
rate = k [B]2,rate k [A][B].
%3D
%3D
%3D
PROCESSING QUESTION
1. Why is studying the nature of chemical reactions significant to the society?
INTEGRATION
REFLECTION GUIDE
1. How does the values of critical thinking and academic proficiency helped you in answering this module?
Write your reflection here:
ate
rate](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F60ef4112-0348-4595-bdd9-b4145b70eab4%2F23129c2f-965c-4751-8389-c477b6ef16f3%2Fbq5l58.jpeg&w=3840&q=75)
Transcribed Image Text:nsequently, the reaction is said to have second-order dependence with respect to NO but only a first order dependence
with respect to H2.The overall order of the reaction is 3. This is because the value of m is 2, and the value of n is 1, and
2+133. Therefore, the power to which a reactant appears in its rate law expression determines its reaction order. The
over-all order of reaction is determined as the sum of the powers of the concentration factors in the rate equation.
The overall order of reaction gives an indication of how changing the concentration of the reactants will change the speed
of the reaction. That is why, for higher orders of reaction, changing the concentration of the reactants results in large
changes in the rate of reaction.
know that nitric oxide (NO) is a major pollutant produced during the combustion of fossil fuels and has many
deleterious effects? To limit its release to the atmosphere, strict environmental regulations have been passed in, and
scientists work harder toward the development of more efficient methods to decrease NO emitted from combustion
processes.
no.
Activity 2. Take my Order
Directions: Consider the given graphs below. Mix and match the graphs with the correctdescriptions. Use
the following options: X- zero order; Y- first order; Z- second order
Zero order
First order
Second order
Concentration
Concentration
1. Changing the concentration of the reactant will have no effect on
its rate ofreaction.
2. It depends on the concentration of one reactant.
3. The rate law is rate = k [A].
%3D
4. The rate is expressed as rate = k.
5. May be expressed in any of the following equations: rate = k [A]2,
rate = k [B]2,rate k [A][B].
%3D
%3D
%3D
PROCESSING QUESTION
1. Why is studying the nature of chemical reactions significant to the society?
INTEGRATION
REFLECTION GUIDE
1. How does the values of critical thinking and academic proficiency helped you in answering this module?
Write your reflection here:
ate
rate
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