ions
DESCRIPTION
Ions. Ions. atoms of a given element that differ in the number of electrons,. …and consequently in overall charge. Ions. periodic patterns regarding ions. Ions. metal ions vs.nonmetal ions. Working with Atomic Notation. Ionic Charge or “Oxidation Number”. A Z X #. - PowerPoint PPT PresentationTRANSCRIPT
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Ions
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IonsIonsatoms of a given element that
differ in the number of electrons,
…and consequently in overall charge.
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Ionsperiodic patterns regarding ions
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Ionsmetal ions vs. nonmetal ions
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Working with Atomic Notation
A
ZX #
Chemical Symbol
Ionic Chargeor
“Oxidation Number”
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Working with Atomic Notation
35
17 Cl-1
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Working with Ionic Notation
Cl -1
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Working with Atomic Notation
2311 Na +1
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Working with Ionic Notation
Na +1
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Ions
• Anion– Negatively charged ion.
• Cation– Positively charged ion.
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6
CCCarbon
12.011
# of p+
# of no
# of e-
# of p+
# of no
# of e-
neutral Carbon ionic Carbon
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# of p+
# of no
# of e-
# of p+
# of no
# of e-
neutral Lithium ionic Lithium3
LiLiLithium
6.941
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# of p+
# of no
# of e-
# of p+
# of no
# of e-
ChlorineChlorine…the neutral atom ChlorineChlorine…the ion
17
ClClChlorine
34.453
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11
NaNaSodium
22.990
# of p+
# of no
# of e-
# of p+
# of no
# of e-
SodiumSodium…the neutral atom SodiumSodium…the ion
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Octet Rule
• The octet rule says that atoms tend to gain, lose or share electrons so as to have eight electrons in their outer electron shell.
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Transition Metal IonsTransition Metal IonsTransition Metal Ions are different than other metal ions.
1) There are no predictable patterns that can be used to determine their ionic charges
Yes, they are all positive but…
2) A good number of transition metal elements possess an ability to have more than one positive ion.
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1) There are no predictable patterns that can be used to determine their ionic charges
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1) There are no predictable patterns that can be used to determine their ionic charges
Fe +2Mn +7 Co +2
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1) There are no predictable patterns that can be used to determine their ionic charges
Ag +1 Cu +2
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2) A good number of transition metal elements possess an ability to have more than one positive ion.
Fe +3Fe +2
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2) A good number of transition metal elements possess an ability to have more than one positive ion.
Al +3
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2) A good number of transition metal elements possess an ability to have more than one positive ion.
Mn +3Mn+2 Mn +4 Mn +5
Mn +7
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Working with Ions (practice)
atomic (ionic)
notation# of p+ # of e- # of no
Ca o
Ca +2
N o
N -3
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Working with more Ions (practice)
name
atomic
(ionic)
notation
# of p+ # of e- # of no
the ion of magnesium
the ion of oxygen
the ion of fluorine
the ion of lithium
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Review problemDraw the following ions and (neutral) atoms using the Octet Rule/Model of the atom. (Valence Shell Only)
a) Ne o
b) Mg +2
c) Na +1
d) N -3
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Working with Ions (more practice)
atomic (ionic)
notation# of p+ # of e- # of no
K o
K +1
I o
I -1
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Naming IonsNaming IonsPredictable Metal Ions, Unpredictable
Transition Metal Ions, and Nonmetal Ionsare named differently
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Naming IonsNaming IonsNaming Ions
Nonmetal Ions Metal Ions
Non Transition Metal Ions Transition Metal Ions
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metal ions vs. nonmetal ionsNaming IonsNaming Ions
keep the atoms elemental name …add the word ion
keep the atoms elemental root …drop the ending…add the suffix –ide. (using the word ion is redundant and not acceptable when naming nonmetal ions)
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TheStock System
Naming Naming Transition MetalTransition Metal Ions Ions
-Use the complete elemental name (as expected).
-Use roman numerals to designate the ionic charge or oxidation number of the transition metal ion. -Use the word ion to designate its ionic nature.
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Transition Metal IonsTransition Metal Ions
Cu +2 ____________
Mn +5 ____________
Mn +7 ____________
Fe +2 ____________
Fe +3 ____________
Cu +1 ____________
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Naming ReviewNaming Review
Mg +2 ____________
Ni +2 ____________
Li +1 ____________
He _____________
F -1 _____________
O -2 _____________