3.5 Kinetics Flashcards

1
Q

What is the rate equation general?

A

K[A]1[B]2[C]0

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2
Q

What is the definition of activation energy?

A

Minimum energy required for successful collisions

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3
Q

What are the conditions for successful collisions?

A

Sufficient energy
correct orientation

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4
Q

What does the Maxwell-bowman graph depict?

A

Concentration of particles against energy

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5
Q

How does a higher temperature impact a Maxwell bowman graph?

A

lower conc of particles `

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6
Q

What is the definition of rate?

A

The change in concentration of a reactant or product in a given time

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7
Q

How does the rate of reaction increase?

A

faster particles means more collisons

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8
Q

How does a 0 order reactant impact rate?

A

Has no impact

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9
Q

How does a 1st order reactant impact rate?

A

mirrored in rate
double [A] doubles rate ect

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10
Q

How does a 2nd order reactant impact rate?

A

Squares it
Double [A] quadruple rate

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11
Q

What is the definition of half life?

A

Time taken for the concentration of 1 reactant to half

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12
Q

How do you deuce first order from a graph of concentration and time?

A

the half life will remain constant
t=1 to t=1/2 to t=1/4 to t=1/8

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13
Q

How do higher temperatures impact K?

A

Make it larger
rate increases as temperature increases

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14
Q

What is the rate determining step?

A

the slowest step in a reaction that must occur first to allow the rest of the reaction to occur

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15
Q

How do you find the rate determining reactant?

A

If its in the rate equation

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16
Q

What does the order of the reactant tell you about the RDS?

A

How many particles of it are involved

17
Q

What is the Arrhenius equation?

A

K=Ae^-Ea/RT