The lone pairs in a LDD are equal to:
The 2 dots
The unpaired electrons are equal to:
The 1 dot
0:02
/
0:30
What is the number of bonds an atom can form, equal to?
Their unpaired electrons
Find the lone pair, the unpaired electrons and the bonds of Oxygen.
2, 2, 2
...
Portage Chemistry 219 with
100% correct answers
The lone pairs in a LDD are equal to: - answer The 2 dots
The unpaired electrons are equal to: - answer The 1 dot
What is the number of bonds an atom can form, equal to? - answer
Their unpaired electrons
Find the lone pair, the unpaired electrons and the bonds of Oxygen.
- answer 2, 2, 2
What is organic chemistry? - answer The study of compounds that
contain carbon
What is catenation? - answer The ability to form bonds between
atoms of the same element. Carbon is very good at this.
What is the valence of an atom? - answer The number of bonds an
atom will form to fill its valence (outermost) shell.
For main group elements, the valence shell is composed of how
many electrons? - answer 8
Which atom doesn't follow the octet rule? - answer H, it needs 2 to
fill its valence electrons
, The group number indicates? - answer number of valence electrons
Find the lone pair, the unpaired electrons and the bonds of Carbon. -
answer 0, 4, 4
The atom that loses electrons and becomes positively charged is? -
answer Cation
The atom that gains the electrons and become negatively charged
is? - answer Anion
What chemical species possesses a non-zero charge? - answer Ion
Ionic bonds are formed by? - answer The complete transfer of one or
more valence electrons from one atom to another.
Covalent bonds are formed by? - answer The sharing of electrons
between elements with little or no difference in their
electronegativity.
A diatomic element is: - answer An element who is more stable
when bonded to another. Like hydrogen
What are the two characteristics of covalent bonds? - answer The
bond strength, how much energy it takes, and length, unit of
distance that describes the perfect balance.
What is a purely covalent bond? - answer A covalent bond that
forms between two atoms of identical electronegativity values.
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