Give a couple examples of reversible reaction that proceeds very slowly but has an extremely high...
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Give a couple examples of
reversible reaction that proceeds very slowly but has an extremely
high...
A reaction that has a very high activation energy A reaction that has a very high...
A reaction that has a very high activation energy
A reaction that has a very high activation energy gives a curved Arrhenius plot. has a rate that does not change much with temperature. must be first-order. must have a small activation energy for the reverse reaction. has a rate that is very sensitive to temperature.
hello! this question has multiple parts! please answer a through c, as i could not post...
hello! this question has multiple parts! please answer a
through c, as i could not post them separetly. will give thumbs up!
please do not forget the explanation on part b for the activation
energy.
Reaction 1 below occurs very slowly, while reaction 2 below occurs much more rapidly: 1. O2(g) +20(9) 2. Ar(g) + O2(g) + Ar(g) +20(9) 09.1 2 Points a. Ar(9) can be viewd as a catalyst in reaction 2, as it accelerates the reaction, but is...
Please answer all parts to this question! parts a through c with the explanation shown on...
Please answer all parts to this question! parts a through c with
the explanation shown on question b! This is all one question so I
could not post them separately, please also check your answers
because the last person got it wrong! Thank you! Will give thumbs
up.
Reaction 1 below occurs very slowly, while reaction 2 below occurs much more rapidly: 1. O2(g) +20(9) 2. Ar(g) + O2(g) → Ar(9) +20(9) Q9.1 2 Points a. Ar(g) can be viewd...
+H2N +H20 The reaction is, to some extent, reversible and so in competition experiments there can...
+H2N +H20 The reaction is, to some extent, reversible and so in competition experiments there can be a difference between product mixtures assessed immediately and those that are analysed after having been left for a long period of time (i)Give the mechanism of formation of the semicarbazone from cyclohexanone (ii)In the following mixture (shown below), which compound would react fastest with semicarbazide to make the semicarbazone? Explain your answer Which compound would react more slowly, but would be present in...
2. Consider the reaction energy diagram below, assuming that both the reactions are reversible. List ALL...
2. Consider the reaction energy diagram below, assuming that both the reactions are reversible. List ALL the statements that are TRUE. Use the process of elimination to help you here. TS2 TS1 EA2 EA1 Energy a) Product Pl is formed faster b) Product P2 is formed faster c) Product thermodynamically stable d) Product thermodynamically stable e) Performing the reaction at low carefully controlled temperature will favor the formation of product P. SM P1 P1 is more is P2 P2 more...
Can someone please explain the equilibrium rate constant and what it means and why it is used her...
Can someone please explain the
equilibrium rate constant and what it means and why it is used
here, and how it relates to the k and k prime shown above. Thank
you!
How is the rate of a reaction related to its activation energy (Section 11-2)? Consider a bimolecular reaction that proceeds along the following pathway: where X represents the transition state. The rate of the reaction can be expressed as d[P [12-A] where k is the ordinary rate constant...
1) How is sex depicted on television? Give examples of a typical sexual encounter in television....
1) How is sex depicted on television? Give examples of a typical sexual encounter in television. Is this what we expect sex to be like? Is it usually like this? Are our expectations for sexual activity too high or too low? How might these expectations lead to unhappiness in a real relationship? 2) How do the key elements of a sexual relationship change as a couple age? Do men and women experience aging differently? Might their priorities change differently? Do...
Hi, I'm trying to learn how to use the Arrhenius equation and I am very confused,...
Hi, I'm trying to learn how to use the Arrhenius equation and I
am very confused, can someone help? Thank you!
The activation energy for the gas phase
decomposition of cyclobutane is
262 kJ/mol.
(CH2)42
C2H4
The rate constant for this reaction is
2.16×10-4 s-1 at
711 K. What is the rate constant at
749 K?
Use the Arrhenius equation to determine
Ea.
Close Problem
For the gas phase decomposition of
cyclobutane, the rate constant is
8.84×10-4 s-1 at
734...
please answer both parts to the question! will give thumbs up. thanks! c. Consider the following...
please answer both parts to the question! will give thumbs up.
thanks!
c. Consider the following chemical reaction: 2A + 3B In the course of studying this reaction, we measure the concentration of A as the reaction proceeds and create three graphs: . . graph 1: The concentration of A is plotted as a function of time. graph 2: The logarithm of the concentration of A is plotted as a function of time. graph 3: The reciprocal of the concentration...
A) C labels the 4, of the reaction are ARof the reaction. B) A labels the...
A) C labels the 4, of the reaction are ARof the reaction. B) A labels the Al of the reaction and B labels of the renction C) C labels the activation energy. D) D labels the reactants and E labels the products. E) A labels the i of the reaction and B labels A H of the reaction 7. Which of the following statements can be assumed to be true about how react ions occur? A) Catalysts must be present...
A reaction that has a very high activation energy
A reaction that has a very high activation energy gives a curved Arrhenius plot. has a rate that does not change much with temperature. must be first-order. must have a small activation energy for the reverse reaction. has a rate that is very sensitive to temperature.
hello! this question has multiple parts! please answer a
through c, as i could not post them separetly. will give thumbs up!
please do not forget the explanation on part b for the activation
energy.
Reaction 1 below occurs very slowly, while reaction 2 below occurs much more rapidly: 1. O2(g) +20(9) 2. Ar(g) + O2(g) + Ar(g) +20(9) 09.1 2 Points a. Ar(9) can be viewd as a catalyst in reaction 2, as it accelerates the reaction, but is...
Please answer all parts to this question! parts a through c with
the explanation shown on question b! This is all one question so I
could not post them separately, please also check your answers
because the last person got it wrong! Thank you! Will give thumbs
up.
Reaction 1 below occurs very slowly, while reaction 2 below occurs much more rapidly: 1. O2(g) +20(9) 2. Ar(g) + O2(g) → Ar(9) +20(9) Q9.1 2 Points a. Ar(g) can be viewd...
+H2N +H20 The reaction is, to some extent, reversible and so in competition experiments there can be a difference between product mixtures assessed immediately and those that are analysed after having been left for a long period of time (i)Give the mechanism of formation of the semicarbazone from cyclohexanone (ii)In the following mixture (shown below), which compound would react fastest with semicarbazide to make the semicarbazone? Explain your answer Which compound would react more slowly, but would be present in...
2. Consider the reaction energy diagram below, assuming that both the reactions are reversible. List ALL the statements that are TRUE. Use the process of elimination to help you here. TS2 TS1 EA2 EA1 Energy a) Product Pl is formed faster b) Product P2 is formed faster c) Product thermodynamically stable d) Product thermodynamically stable e) Performing the reaction at low carefully controlled temperature will favor the formation of product P. SM P1 P1 is more is P2 P2 more...
Can someone please explain the
equilibrium rate constant and what it means and why it is used
here, and how it relates to the k and k prime shown above. Thank
you!
How is the rate of a reaction related to its activation energy (Section 11-2)? Consider a bimolecular reaction that proceeds along the following pathway: where X represents the transition state. The rate of the reaction can be expressed as d[P [12-A] where k is the ordinary rate constant...
Hi, I'm trying to learn how to use the Arrhenius equation and I
am very confused, can someone help? Thank you!
The activation energy for the gas phase
decomposition of cyclobutane is
262 kJ/mol.
(CH2)42
C2H4
The rate constant for this reaction is
2.16×10-4 s-1 at
711 K. What is the rate constant at
749 K?
Use the Arrhenius equation to determine
Ea.
Close Problem
For the gas phase decomposition of
cyclobutane, the rate constant is
8.84×10-4 s-1 at
734...
please answer both parts to the question! will give thumbs up.
thanks!
c. Consider the following chemical reaction: 2A + 3B In the course of studying this reaction, we measure the concentration of A as the reaction proceeds and create three graphs: . . graph 1: The concentration of A is plotted as a function of time. graph 2: The logarithm of the concentration of A is plotted as a function of time. graph 3: The reciprocal of the concentration...
A) C labels the 4, of the reaction are ARof the reaction. B) A labels the Al of the reaction and B labels of the renction C) C labels the activation energy. D) D labels the reactants and E labels the products. E) A labels the i of the reaction and B labels A H of the reaction 7. Which of the following statements can be assumed to be true about how react ions occur? A) Catalysts must be present...
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