Card 3 - front
cales
We use different s that are
to measure things
different sizes.
can
Nano-sized things g ways.
behave in surprisin
Card 2 - front
cales
s
t
n
re
e
iff
d
e
s
u
e
W
that are
s
g
in
th
re
u
s
a
e
m
to
different sizes.
Card 4 - front
Card 1 - front
cales
s
t
n
re
e
iff
d
e
s
u
e
W
that are
s
g
in
th
re
u
s
a
e
m
to
different sizes.
Card 1 - back
Card 2 - back
Nano-sized gold looks red.
Tiny things like molecules are
measured in nanometers.
Card 3 - back
Big things like airplanes are measured in meters.
Card 4 - back
Smaller things like an amoeba are
measured in micrometers.
atoms.
f
o
e
d
a
m
is
g
in
th
Every
Card 6 - front
of atoms.
e
d
a
m
is
g
in
th
y
r
e
Ev
of atoms.
e
d
a
m
is
g
in
th
y
r
e
Ev
Card 8 - front
Card 5 - front
Card 7 - front
atoms.
f
o
e
d
a
m
is
g
in
th
Every
Card 5 - back
Card 6 - back
Atoms are tiny “building blocks” that
make up everything on Earth.
Atoms are tiny “building blocks” that
make up everything on Earth.
Card 7 - back
Atoms are tiny “building blocks” that
make up everything on Earth.
Card 8 - back
Atoms are tiny “building blocks” that
make up everything on Earth.
Card 11 - front
atoms
f
o
t
n
e
m
e
g
n
a
rr
a
The
determine
s
lp
e
h
s
le
u
c
le
o
m
and
rties.
a material’s prope
dy and
Nanoscientists stu
make tiny things.
Card 10 - front
of atoms
The arrangement lps determine
and molecules he rties.
a material’s prope
Card 12 - front
Card 9 - front
of atoms
The arrangement lps determine
and molecules he rties.
a material’s prope
Card 9 - back
Card 10 - back
Your sense of smell works by identifying
the shape of scent molecules.
DNA is only 2 nanometers across.
Carbon atoms combine in different ways
to make different materials.
Card 11 - back
Card 12 - back
Grains of salt are cubic just like the
molecules in salt crystals.
Card 15 - front
ects
Some beautiful eff scale
in nature are nano
phenomena.
ects
Some beautiful eff scale
in nature are nano
phenomena.
Card 14 - front
gies are
lo
o
n
h
c
te
o
n
a
n
e
m
So
.
inspired by nature
Card 16 - front
Card 13 - front
dy and
Nanoscientists stu
make tiny things.
Card 13 - back
Card 14 - back
Carbon nanotubes are tiny molecules
that can be used in electronics.
Snowflakes are an example of
“self-assembly” in nature.
Nano-sized “hairs” on their feet
let geckos walk on walls.
Card 15 - back
Card 16 - back
Some low-energy displays are inspired by
nano-sized structures in butterfly wings.
Card 17 - front
an
Nanotechnology c cts
be found in produ
we use every day.
an
Nanotechnology c cts
be found in produ
we use every day.
Card 18 - front
Card 19 - front
an
Nanotechnology c cts
be found in produ
we use every day.
e
Nano may improv
existing products.
Card 20 - front
Card 17 - back
Card 18 - back
Nano-sized “whiskers” make some
fabrics stain-resistant.
Carbon nanotubes can make
sports equipment stronger and lighter.
Thin nanocoatings keep some
toilets from getting dirty.
Card 19 - back
Card 20 - back
Nanosilver keeps bacteria
from growing in socks.
ur
Nano will affect o ment,
economy, environ .
and personal lives
in shaping
We all have a role gies develop.
how nanotechnolo
Card 22 - front
new and
to
d
a
le
y
a
m
o
n
a
N
logies.
o
n
h
c
te
e
v
ti
a
v
o
n
in
Card 24 - front
Card 21 - front
Card 23 - front
e
Nano may improv
existing products.
Card 21 - back
Card 22 - back
Nanotechnology makes computer chips
smaller and faster.
Choices we make as consumers
affect the development of nanotechnology.
More and more products we buy
include nanotechnology.
Card 24 - back
Card 23 - back
Thin films can make solar cells
flexible and cheaper.