week # 3 quarter 2 ( 10/28)
DESCRIPTION
Today in I.S.…. Homework : None Quiz Wednesday. Week # 3 Quarter 2 ( 10/28) . I.S. Learning Goal: I can describe the features and components of the atom. I can apply models to features of an atom. Fact of the Day The first Jack O’Lanterns were actually made from turnips. - PowerPoint PPT PresentationTRANSCRIPT
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Week # 3 Quarter 2 (10/28)
To Do Today:*Organize notebooks*Bohr Model building practice
Fact of the DayThe first Jack O’Lanterns were actually made from turnips.
Halloween is the second highest grossing commercial holiday after Christmas.
Today in I.S.…I.S. Learning Goal:•I can describe the features and components of the atom. •I can apply models to features of an atom
Bohr models: http://www.bing.com/images/search?q=periodic+table+with+bohr+model&qs=n&form=QBIR&pq=periodic+table+with+bohr+model&sc=2-28&sp=-1&sk=#view=detail&id=84E87C34FE80C1EB7CFAD0A3811B29AFD10F3DF4&selectedIndex=7
Warm Up: new handoutFor element Al what is Lewis Dot and Bohr Model?
Homework: None
Quiz Wednesday
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Week # 3 Quarter 2 (10/29)
To Do Today:1. Warm Up2. Pick up Periodic Table Basics -Begin
Fact of the DaySamhainophobia is the fear of Halloween
Today in I.S.…I.S. Learning Goal:•I can describe the features and components of the atom. •I can apply models to features of an atom
Warm Up: Find the element SiliconDraw Lewis Dot and Bohr model.
Homework: None
Boston, Massachusetts, holds the record for the most Jack O’Lanterns lit at once
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Begin work on periodic table basics.
You may work with one partner
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Week # 3 Quarter 2 (10/30 & 31)
To Do Today:*review handout*video on Periodic Table*Quiz*puzzle
Fact of the Day
Today in I.S.…I.S. Learning Goal:•I can describe the features and components of the atom. •I can apply models to features of an atom
Bohr models: http://www.bing.com/images/search?q=periodic+table+with+bohr+model&qs=n&form=QBIR&pq=periodic+table+with+bohr+model&sc=2-28&sp=-1&sk=#view=detail&id=84E87C34FE80C1EB7CFAD0A3811B29AFD10F3DF4&selectedIndex=7
Warm Up:Find the element phosphorusWhat is Lewis Dot structure and Bohr model
Homework: None
If you stare into the mirror at midnight on Halloween, what does superstition say you going to see?
Your Future Spouse
Which Halloween creature has a long middle finger, an unibrow and tattoos?
A Werewolf
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Elemental Review pg. 13
(notebook paper)1. Fold paper in 1/32. Glue (little bit…) onto notebook paper pg 13
1. Front Element Name and symbol2. Inside left – Atomic Mass and Atomic Number3. Right – Protons, Neutrons and Electrons4. Open right flap (center) Lewis Dot5. Right flap Bohr Model
3. On bottom of page write a paragraph describing vocab terms – highlight terms!Periodic table, charge and location of protons, electrons and neutrons, groups, periods, valence electrons
4. Turn into box
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Week # 3 Quarter 2 (11/1)
To Do Today:*Periodic Table Basics *Quiz*puzzle
Fact of the Day
Today in I.S.…I.S. Learning Goal:•I can describe the features and components of the atom. •I can apply models to features of an atom
Warm Up:Find the element Carbon What is Lewis Dot structure and Bohr model
Homework: None
Just one atomic layer thick, the 'miracle material' Graphene is a better conductor of electricity and heat than any material.
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Elemental Quiz
Complete the Periodic Table Basis Worksheet
Review puzzle
You should know how to draw Lewis Structures and Bohr Models for the
first 20 elements.
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Week # 3 Quarter 2 (11/4)
To Do Today:
Fact of the Day
Today in I.S.…I.S. Learning Goal:
Warm Up:
Homework: None
I can describe predict properties of elements and compounds using trends of the periodic table (e.g., metals, non-metals, bonding – ionic/covalent).
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Chemical BondingIS
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Objectives
0Explain why atoms form bonds0Define chemical bond & name
three types of chemical bonds0Determine the chemical formulas
for covalent and ionic compounds
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Bonding Atoms0Why do atoms bond?
- each atom wants a full outermost energy level - gain, lose, and share valence electrons to achieve the duet or octet rule aka: “being happy”- gives each atom an electron configuration similar to that of a noble gas
ex. GROUP VII: He, Ne, Ar
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Rhyme1 Bond2 bond3 bond 43 bond 2 bond 1No more
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Chemical Bonds
0Chemical Bonds- attractive force that holds atoms or ions together- 3 types
ionic, covalent, metallic- determines the structure of compound- structure affects properties
- melting/boiling pts, conductivity etc.
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Types of
bonds
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1. Ionic Bond0Between atoms of metals and nonmetals with
very different electronegativity0Electronegativity, symbol , is a chemical property that χ
describes the tendency of an atom or a functional group to attract electrons
0Bond formed by transfer of electrons
0Produce charged ions all states. Conductors and have high melting point.
0Examples; NaCl, CaCl2, K2O
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Ionic Bonds: One Big Greedy Thief Dog!
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2. Covalent Bond0Between nonmetallic elements of similar
electronegativity.0 Electronegativity, symbol , is a chemical property that describes the tendency of χ
an atom or a functional group to attract electrons
0Formed by sharing electron pairs
0Stable non-ionizing particles, they are not conductors at any state
0Examples; O2, CO2, C2H6, H2O, SiC
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Bonds in all the polyatomic ions
and diatomics are all covalent bonds
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when electrons are shared equally
3. NONPOLAR COVALENT BONDS
H2 or Cl2
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2. Covalent bonds- Two atoms share one or more pairs of outer-shell electrons.
Oxygen Atom Oxygen Atom
Oxygen Molecule (O2)
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when electrons are shared but
shared unequally
POLAR COVALENT BONDS
H2O
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Polar Covalent Bonds: Unevenly matched, but willing to share.
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- water is a polar molecule because oxygen is more electronegative than hydrogen, and therefore electrons are pulled closer to oxygen.
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METALLIC BONDbond found in
metals; holds metal atoms together
very strongly
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Metallic Bond0Formed between atoms of metallic
elements
0Electron cloud around atoms
0Good conductors at all states, lustrous, very high melting points
0Examples; Na, Fe, Al, Au, Co
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Metallic Bonds: Mellow dogs with plenty of bones to go around.
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Predicting Bond Type
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Naming Ionic Compounds
0Naming ionic compounds (binary)Formula to Name- name of cation followed by the name of the anion
ex. NaCl: Sodium Chloride ZnO: Zinc Oxide CuCl2: Copper Chloride
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Naming Ionic Compounds
0 Practice ProblemsMgBr2
Magnesium BromideKIPotassium IodideCuCl2
Copper (II) ChlorideFe2S3
Iron (III) Sulfide
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Formulas of Ionic Compounds 0 Writing formulas for ionic compounds
Name to Formula- balance the cation charge and anion charge, leaving NO net charge- use subscripts to denote the number of atoms in the formula
ex. NaCl: Na+ Cl- : NaCl CaCl: Ca2+ Cl- : CaCl2
**1 to 1 ratios do not designate charge****Criss-Cross charges into subscripts**
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Practice Problems
0 Write the formula for the following atomsa. lithium oxide
Li2O
b. beryllium chloride BeCl2
c. titanium (III) nitrideTiN
d. cobalt (III) hydroxideCo(OH)3
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Naming Covalent Compounds0 Prefix System# of atoms prefix
1 mono2 di3 tri4 tetra5 penta6 hexa7 hepta8 octa9 nona10 deca
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Naming Covalent Compounds Cont.0 Rules for the prefix system
1. less electronegative element is given first. It is given a prefix only if it contributes more than one atom to a molecule of the compound2. The second element is named by combining (a) a prefix indicating the number of atoms contributed by the atom (b) the root of the name of the second element, and (c) the ending –ide3. The o or a at the end of a prefix is usually dropped when the word following the prefix begins with another vowel
ex. Monoxide or pentoxide
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Naming Covalent Compounds Cont.
Naming covalent compounds from formula1. SiO2
Silicon dioxide2. PBr3
Phosphorus tribromide3. CI4
Carbon tetraiodide4. N2O3
Dinitrogen trioxide
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Writing Formulas for Covalent Compunds
0 Writing formulas from names1. Carbon Dioxide
CO2
2. Dinitrogen PentoxideN2O5
3. Triphosphorus monosulfideP3S
4. Sulfur MonobromideSBr
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Polyatomic Ions(pass out polyatomic sheet to
be used on assessments)0Common Polyatomic Ions