
This book was created and published on StoryJumper™
©2014 StoryJumper, Inc. All rights reserved.
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One day at devils island, there was 3 friends
named ionic, covalent, and metallic bonds. The
three were so different, but were still good
friends. Ionic bond was born when metallic
atoms donated valence electrons. Covalent bond
was born when two nonmetallic atoms came and
shared valence electrons with care. Now Metallic
bond was born by a pool of valence electrons of
obviously, metallic atoms, giving negative
charges to hold positive charged metallic ions
together. Charges were the kids.

There was this very nice dude named Lewis
who created a way for valence electrons to
hang out somewhere, so he found this kid
walking up some stairs, named phosphorus
and gave him 5 electrons and told him to
place it in order around him, 1 electron on
the top first, then 1 on the right side, 1 on
the bottom , and one on the left side. With
the 1 left but it in order clockwise, so on the
right side Watch this!







In metals, electrons are delocalized, which
means the electrons run around the atom
FREE!!!!! The outside electrons of the metal
atoms seemed to be kind and shared/sacrificed
some of their electrons in an electron sea.
Nobody's got time to look at complicated things.
Look at this and BAM!!! you will get it. LOOK ON
THE NEXT PAGE CONDUCTIVITY OF DELOCALIZED
ELECTRONS AND THE ELECTRON SEA. What a
combo!.The cation kid on the next page is a positively
charged particle, think of it as that simple.

WANNA SEE SOMETHING RAD!!!!!
The Sea Of Electrons.













As I was saying, the ionic bond had many
properties that made him unique. He forms
crystals/ crystalline solids, which makes him
brittle. They melt at very high melting points,
is that good or bad? and also he can conduct
electricity when dissolved in water!!!!!!!!!!! So
in this forest there is only one hero, ionic bond
who has these properties to protect the forest.
This was his born talent.

Now that ionic bond has his own unique thing,
its covelant bond's turn. This guy has got
gasses, liquids, or solids, low melting points,
which is the complete opposite of ionic bond,
and also poor electrical conductivity, come on
covalent, your making ionic look better than
you. Well, covalent does have a benefit of
being all round gasses, liquids, and solids. So
now that covalent has pretty much lost this
competition, he is hiding in his basement,
strangely full of windows.

Here comes the big guy, Metallic bond, who is
probably going to win this competition of "Who
is the best?" One of his properties is being
malleable, which means able to be smashed
without breaking. Two other properties are
ductile, which means being able to be drawn
out into a thin wire, and the last is being able
to conduct electricity, which is one similarity it
has with ionic bond. He now lives his life in a
cave protecting it with his mighty
powers/properties.

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This book was created and published on StoryJumper™
©2014 StoryJumper, Inc. All rights reserved.
Publish your own children's book:
www.storyjumper.com



One day at devils island, there was 3 friends
named ionic, covalent, and metallic bonds. The
three were so different, but were still good
friends. Ionic bond was born when metallic
atoms donated valence electrons. Covalent bond
was born when two nonmetallic atoms came and
shared valence electrons with care. Now Metallic
bond was born by a pool of valence electrons of
obviously, metallic atoms, giving negative
charges to hold positive charged metallic ions
together. Charges were the kids.

There was this very nice dude named Lewis
who created a way for valence electrons to
hang out somewhere, so he found this kid
walking up some stairs, named phosphorus
and gave him 5 electrons and told him to
place it in order around him, 1 electron on
the top first, then 1 on the right side, 1 on
the bottom , and one on the left side. With
the 1 left but it in order clockwise, so on the
right side Watch this!






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