etics
rates of reaction
↳ change concentration time
%
in over
2. It + 02 = 21-120 average :0( instaneous : at point find slope :m ( gradient)
Oct]
temp
>
i.
-
2 concentration
Catalyst
^
3
:
'
4 state phase faster gas →
gas slower :
change in state
2 ' ]
3 small letters
aft b. B F cc + DD coefficients
OCA]
- 0C
1
¥ +40¥
-
= -1 = =
a
Ot
b ot
'
g-
molar = Mi5
S
☐ [ A ] =/A) final -
[ A) initial
☐ (A) =
[ A] ,
-
(A) ◦
initial
A- =
-30M /s takes 205
find change in concentration of B
=
0[A]
-
1
¥
-
=
a
Ot
[ :-[¥]
=
-11 =
-
'
129¥
¥0
=
-1+00 OKB]
rate law
m
n
rate
:
K A
order of reaction : m th
integrated rate laws :
K :
equation to use
K
a
method
-
k always
order :
graphical
t
1st order : I 1h
/ _
" - k
always
+ t
order
¥
:
2nd
¥
tk
tk always
rates of reaction
↳ change concentration time
%
in over
2. It + 02 = 21-120 average :0( instaneous : at point find slope :m ( gradient)
Oct]
temp
>
i.
-
2 concentration
Catalyst
^
3
:
'
4 state phase faster gas →
gas slower :
change in state
2 ' ]
3 small letters
aft b. B F cc + DD coefficients
OCA]
- 0C
1
¥ +40¥
-
= -1 = =
a
Ot
b ot
'
g-
molar = Mi5
S
☐ [ A ] =/A) final -
[ A) initial
☐ (A) =
[ A] ,
-
(A) ◦
initial
A- =
-30M /s takes 205
find change in concentration of B
=
0[A]
-
1
¥
-
=
a
Ot
[ :-[¥]
=
-11 =
-
'
129¥
¥0
=
-1+00 OKB]
rate law
m
n
rate
:
K A
order of reaction : m th
integrated rate laws :
K :
equation to use
K
a
method
-
k always
order :
graphical
t
1st order : I 1h
/ _
" - k
always
+ t
order
¥
:
2nd
¥
tk
tk always
