Homework Answers
Rate of reaction depends on the concentration of reactant.
So, if the concentration of reactant is more, rate will be more.
As reaction passes, reactants are being converted to products.
So, concentration of reactant is decreasing with time.
This leads to decrease in rate.
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A reaction is started by mixing reactants. As time passes, the rate decreases. Explain this behavior...
Explain the role of the entropy of mixing of reactants and products in determining the compositio...
Explain the role of the entropy of mixing of reactants and products in determining the composition of a reaction mixture at equilibrium. In what situation will the physical process of mixing have the largest effect? Explain why. *As you read over your answer make sure that you have made it clear you understand the definition of equilibrium from the perspective of reaction spontaneity. Be sure to give enough information to show your understanding of the context and meaning of other...
What happens to the rate of the forward reaction as time passes in the equilibrium region...
What happens to the rate of the forward reaction as time passes in the equilibrium region of the graph below? Concentration Time Ob. the rate decreases a cannot be determined from the graph Ос. the rate both increases and decreases the rate remains constant O d. the rate increases Concentration of reactant A was measured as a function of time, and the data were plotted as shown below. Which of the following statements is true? 850 Chart Area 800 1/[A]...
Explain why the rate of the reaction: liq. SO3 gradually decreases with the progress of reaction. Explain why the...
Explain why the rate of the reaction: liq. SO3 gradually decreases with the progress of reaction.
Explain why the rate of the reaction: liq. SO3 gradually decreases with the progress of reaction.
CHEMICAL KINETICS ch 20-13. Consider the gas reaction retween the start of reaction and Time 1....
CHEMICAL KINETICS ch 20-13. Consider the gas reaction retween the start of reaction and Time 1. tus rhasgos io concestration of reactants and products Time Which event is most likely to have occurred at Time 1? (A) addition of X (B) addition of Y (C) addition of Z (D) removal of Y (E) removal of Z 20. 21. Which gives the rate of changes in concentrations that occur as the reaction proceeds from Time 1 to Time 2? TYl decreases...
Given the equilibrium reaction for a general reaction, A+B <->C, explain what happens to the reactants...
Given the equilibrium reaction for a general reaction, A+B <->C, explain what happens to the reactants and products from time until the time at which the A reaction reaches equilibrium. (Choose any that are correct) Concentration (mol.dm-3) B С Time (s) Once products are formed in a reversible reaction, reactans can not be formed At equilibrium both the reactant and product concentration are the same At time 0, there are no products. At equilibrium all concentrations become constant As the...
3. Explain how both temperature and concentration affects the rate of reaction in terms of collision model by DRAWIN...
3. Explain how both temperature and concentration affects the rate of reaction in terms of collision model by DRAWING the reactants' particles behavior and motion at low and high temperature and likewise at low and high concentration in the boxes below (4 marks) Temperature effect: -High Low Concentration effect: High Low
3. Explain how both temperature and concentration affects the rate of reaction in terms of collision model by DRAWING the reactants' particles behavior and motion at low and high...
ch 14 answer each of these. answer all 3 please HI HCI reactants Reaction intermediates are...
ch 14 answer each of these.
answer all 3 please
HI HCI reactants Reaction intermediates are species that are formed in one step of a mechanism and consumed in another step. For example, can act as an intermediate in the following reaction: H2(g) + 2Cl(g) + 2HCl(g) + 12(g). You can often express the concentration of in terms of the concentrations of the of the overall reaction to be consistent with the experimentally observed rate law as the overall reaction...
dy For a particular chemical reaction the rate (ghr) at which one of the reactants changes is proportional to the amoun...
dy For a particular chemical reaction the rate (ghr) at which one of the reactants changes is proportional to the amount of that reactant present If y represents the amount of that reactant at -0.4y. If there were 50 grams of the reactant dt when the process started (t-O), how many grams will remain after 5 hours? The amount remaining after 5 hours is9 (Round to the nearest tenth.
dy For a particular chemical reaction the rate (ghr) at which...
Most of the time, the rate of a reaction depends on the concentration of the reactant....
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...
3. Explain why, in a chemical reaction, the concentration of a reactant decreases more rapidly at...
3. Explain why, in a chemical reaction, the concentration of a reactant decreases more rapidly at a lower time t than at a higher t.
What happens to the rate of the forward reaction as time passes in the equilibrium region of the graph below? Concentration Time Ob. the rate decreases a cannot be determined from the graph Ос. the rate both increases and decreases the rate remains constant O d. the rate increases Concentration of reactant A was measured as a function of time, and the data were plotted as shown below. Which of the following statements is true? 850 Chart Area 800 1/[A]...
Explain why the rate of the reaction: liq. SO3 gradually decreases with the progress of reaction.
Explain why the rate of the reaction: liq. SO3 gradually decreases with the progress of reaction.
CHEMICAL KINETICS ch 20-13. Consider the gas reaction retween the start of reaction and Time 1. tus rhasgos io concestration of reactants and products Time Which event is most likely to have occurred at Time 1? (A) addition of X (B) addition of Y (C) addition of Z (D) removal of Y (E) removal of Z 20. 21. Which gives the rate of changes in concentrations that occur as the reaction proceeds from Time 1 to Time 2? TYl decreases...
Given the equilibrium reaction for a general reaction, A+B <->C, explain what happens to the reactants and products from time until the time at which the A reaction reaches equilibrium. (Choose any that are correct) Concentration (mol.dm-3) B С Time (s) Once products are formed in a reversible reaction, reactans can not be formed At equilibrium both the reactant and product concentration are the same At time 0, there are no products. At equilibrium all concentrations become constant As the...
3. Explain how both temperature and concentration affects the rate of reaction in terms of collision model by DRAWING the reactants' particles behavior and motion at low and high temperature and likewise at low and high concentration in the boxes below (4 marks) Temperature effect: -High Low Concentration effect: High Low
3. Explain how both temperature and concentration affects the rate of reaction in terms of collision model by DRAWING the reactants' particles behavior and motion at low and high...
ch 14 answer each of these.
answer all 3 please
HI HCI reactants Reaction intermediates are species that are formed in one step of a mechanism and consumed in another step. For example, can act as an intermediate in the following reaction: H2(g) + 2Cl(g) + 2HCl(g) + 12(g). You can often express the concentration of in terms of the concentrations of the of the overall reaction to be consistent with the experimentally observed rate law as the overall reaction...
dy For a particular chemical reaction the rate (ghr) at which one of the reactants changes is proportional to the amount of that reactant present If y represents the amount of that reactant at -0.4y. If there were 50 grams of the reactant dt when the process started (t-O), how many grams will remain after 5 hours? The amount remaining after 5 hours is9 (Round to the nearest tenth.
dy For a particular chemical reaction the rate (ghr) at which...
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...
3. Explain why, in a chemical reaction, the concentration of a reactant decreases more rapidly at a lower time t than at a higher t.
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