Fill in the Blanks
Cellular Respiration -BiologyOnline version
Fill in the Blanks game about cellular respiration.
1
Transport
Chain
cycle
Electron
oxidation
Kreb's
pyruvate
glycolysis
The
entire
process
of
cellular
respiration
includes
,
fermentation
,
,
the
(
also
known
as
the
Citric
Acid
cycle
)
,
and
Oxidative
Phosphorylation
at
the
that
needs
oxygen
as
the
last
electron
acceptor
.
2
Acid
fermentation
oxygen
Citric
acceptor
Cycle
Oxidative
The
entire
process
of
cellular
respiration
includes
glycolysis
,
,
pyruvate
oxidation
,
the
Kreb's
Cycle
(
also
known
as
the
)
,
and
Phosphorylation
at
the
Electron
Transport
Chain
that
needs
as
the
last
electron
.
Glycolysis
needs
an
input
of
ATP
to
ouptut
a
total
of
ATP
,
meaning
there
is
only
a
net
gain
of
ATP
.
Glycolysis
is
an
process
that
takes
place
in
the
of
the
cell
.
Glyclysis
begins
with
glucose
molecule
that
separates
into
pyruvate
molecules
.
The
electrons
that
are
released
by
breaking
the
bonds
are
later
carried
by
NAD
+
which
are
reduced
to
NADH
.
6
reduced
glucose
electrons
pyruvate
Glyclysis
begins
with
1
molecule
that
separates
into
2
molecules
.
The
that
are
released
by
breaking
the
bonds
are
later
carried
by
2
NAD
+
which
are
to
2
NADH
.
The
products
released
from
the
process
of
glycolysis
,
besides
ATP
as
energy
,
are
2
;
no
is
released
at
this
point
.
8
2
2
Citric
2
matrix
Acid
For
each
molecule
of
glucose
that
enters
the
cytoplasm
,
molecules
of
pyruvate
then
enter
into
the
of
the
mitochondria
.
This
means
that
when
a
single
molecule
of
pyruvate
enters
the
/
Kreb's
Cycle
,
as
Acetyl
-
coA
,
that
the
products
that
are
released
are
doubled
.
This
releases
/
produces
a
total
of
CO2
,
6
NADH
,
FADH2
.
9
6
coA
Kreb's
mitochondria
pyruvate
pyruvate
Acetyl
For
each
molecule
of
glucose
that
enters
the
cytoplasm
,
2
molecules
of
then
enter
into
the
matrix
of
the
.
This
means
that
when
a
single
molecule
of
enters
the
Citric
Acid
/
Cycle
,
as
-
,
that
the
products
that
are
released
are
doubled
.
This
releases
/
produces
a
total
of
2
CO2
,
NADH
,
2
FADH2
.
10
oxygen
cytoplasm
Fermentation
Glycolysis
and
are
both
anaerobic
processes
,
and
therefore
can
occur
in
the
even
if
there
is
no
present
/
available
.
Fermentation
in
humans
,
some
bacteria
,
and
some
fungi
,
release
/
create
as
a
product
.
12
coA
Acetyl
enzymes
CO2
After
pyruvate
enters
the
matrix
of
the
mitochondria
,
help
break
it
down
further
into
a
2
-
carbon
compound
called
-
,
leaving
1
of
the
carbons
from
pyruvate
to
be
exhaled
or
diffuse
out
of
the
cell
as
.
13
electrons
First
NADH
6
After
the
Citric
Acid
/
Kreb's
Cycle
,
all
Carbons
from
the
original
glucose
molecule
are
used
up
,
released
,
or
recycled
into
other
products
.
However
,
the
/
energy
released
from
each
time
a
bond
was
broken
has
been
"
carried
"
by
and
FADH2
.
This
helps
exemplify
the
Law
of
Thermodynamics
.
14
electrons
matrix
mitochondrion
intermembrane
space
These
are
"
carried
"
to
the
Electron
Transport
Chain
,
which
is
located
in
the
inner
membrane
of
the
.
There
,
protein
complexes
can
"
push
"
H
+
ions
across
the
membrane
from
the
out
into
the
,
against
their
concentration
gradient
.
This
utilizes
some
of
the
energy
that
the
electrons
have
brought
to
the
ETC
.
15
space
intermembrane
electrons
matrix
mitochondrion
These
are
"
carried
"
to
the
Electron
Transport
Chain
,
which
is
located
in
the
inner
membrane
of
the
.
There
,
protein
complexes
can
"
push
"
H
+
ions
across
the
membrane
from
the
out
into
the
,
against
their
concentration
gradient
.
This
utilizes
some
of
the
energy
that
the
electrons
have
brought
to
the
ETC
.
16
matrix
H2O
oxygen
oxygen
The
last
electron
acceptor
,
located
in
the
of
the
mitochondria
,
is
.
When
there
is
enough
and
H
+
inside
the
matrix
,
one
of
the
products
that
can
form
from
cellular
respiration
is
,
also
known
as
metabolic
water
.
17
intermembrane
H
ATP
matrix
membrane
inner
space
Finally
,
if
there
is
enough
O2
and
enough
energy
from
the
electrons
that
are
carried
through
the
ETC
,
then
the
+
ions
in
the
can
flow
down
their
concentration
gradient
,
across
the
,
and
back
into
the
of
the
mitochondria
.
As
this
occurs
,
is
being
produced
from
ADP
+
Pi
on
the
matrix
side
.
A
total
of
about
32
-
38
ATP
can
be
created
here
(
how
many
does
your
professor
say
?
!
)
.
18
fermentation
oxidative
phosphorylation
If
there
is
NOT
enough
oxygen
in
the
mitochondria
to
fulfill
,
then
the
cell
will
most
likely
utilize
as
a
source
of
energy
/
ATP
.
|
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