E e g i ea i acce ed b he b eaki g d
a d ATP ca be ege e a ed b addi g a h
ADP
f ATP
ha e g
ATP i
ed a energ for o her
reac ion in he cell
Ade i e
Rib e
Pho pha e g o p
reactions use ATP to make
ATP
energ
energ
M cle cell c n ac i n
Acti e transport in and out of cells
Chemical PE f
A
+H2
DNA
Ene g i
all a
d c f a eac i n a if
need
e
ene g
elea e ene g hen he e i a ne ene g elea e f e
meaning n
k i being d ne.
n he i
--> AD +
endergonic
-30.5 J/
energ
h d ogen bond
-16.7 J/
dri e
energ
ene g co
ling
exergonic
NADH
O2
FAD 2
ater
i
O2
f ee e e g
he mi ch d ia
A P
substrate-level phosphor lation
oxidative phosphorylation
photos nthesis
ATP
o
d ci n
gen
H2
A P
o
o
CO2
c
la m
Mi ch d ia
gen
ac c ac d
gen
i ga ic
m lec le
c toplasm
NADH->NAD+
c toplasm
C 2
-2870 J/
a
-122 kJ/
-218 kJ/
o er membrane
inner membrane
C 2+ 2
C 2+ 2
e ha
+ CO2
ma ri
c i ae
obligate
o gen
gl c e
A P
A P
he c o la m
pyruvate
facultati e
NADH
NADH
NADH
mi ch d ial ma i
FADH
energ
o gen
E. C
energ
obligate
oxygenless
Acet l-CoA
C 2
A P
ae b c
fermen a ion
anaerobic
energ
ran por
i ga ic