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Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium and Sulfur.
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Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Jan 01, 2016

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Felix Kelley
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Page 1: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Catalyst – October 7(4), 20091. Write and name the compound

formed through Beryllium and Oxygen.

2. Write and name the compound formed between Potassium and Sulfur.

Page 2: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Today’s Agenda

Catalyst Practice Naming Ionic Intro to Covalent Compounds Covalent Bond Formation (more

LDS’s!) Project Work Time

Exit Question

Page 3: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

What do you see? Copy the table into your notes and fill in the question marks with what you think is correct.

Formula for

Ionic Compound

Name for

Ionic Compound

NaCl Sodium chloride

CaCl2 Calcium chloride

KBr Potassium bromide

MgF2 ???

NaBr ???

Page 4: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

1)Write name of first element (metal).

2)Second element ends in -ide.

3)Ignore subscripts!

Page 5: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

Draw a mental line between the

ions.Na+ Cl-

Page 6: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

Binary Ionic Compound – an ionic compound

composed of two elements

Page 7: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

ZnO

Page 8: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

ZnO

Zinc Oxide

Page 9: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

CaCl2

Page 10: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

CaCl2

Calcium Chloride

Page 11: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

Al2O3

Page 12: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

Al2O3

Aluminum Oxide

Page 13: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

Ternary Ionic Compound – an ionic compound with more than

2 elements

Page 14: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

Ionic Cheat Sheets!

Page 15: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsDo not lose

this…you will need it the rest of your life (in my class).

Page 16: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

The way you use it…

Page 17: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds1) Look up the ions

on the cheat sheet and write the words next to

them.

Page 18: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsBaCO3

Page 19: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsBaCO3

Normally the first element is the first

piece and the rest is the second piece.

Page 20: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsBaCO3

Barium

Page 21: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic Compounds

If the first element is +2, where

should we find the second?(Remember, charges must

balance!)

Page 22: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsBaCO3

Barium

Page 23: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsBaCO3

Barium Carbonate

Page 24: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsAlPO3

Page 25: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsAlPO3

Aluminum

Page 26: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsAlPO3

Aluminum Phosphite

Page 27: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsH3PO4

Page 28: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsH3PO4

Hydrogen

Page 29: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsH3PO4

Think: H+, we have 3 which

means +3, where will PO4

be?

Page 30: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsH3PO4

Hydrogen Phosphate

Page 31: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsFeSO4

Page 32: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsFeSO4

Notice Iron appears in +2

and +3…

Page 33: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsFeSO4

Sulfate

Page 34: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsFeSO4

Since Sulfate is -2, Fe must be

+2

Page 35: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsFeSO4

Iron(II) Sulfate

Page 36: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Naming Ionic CompoundsFeSO4

Iron(II) Sulfate or

Ferrous Sulfate

Page 37: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Exit Question

What is the formula of the compound form between beryllium and phosphate. Then, name the compound.

What is the formula of the compound formed between sodium and oxygen. Then, name the compound

Page 38: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Today’s Objectives

SWBAT find some atom love! SWBAT state characteristics of

covalent compounds. SWBAT model covalent bond

formation.

Page 39: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Covalent Compounds in da House! Covalent compounds

are EVERYWHERE! Household cleaners

(Ammonia) Water! Salad dressing Political debate!

(think greenhouse gases)

Page 40: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Find the Characteristics of Covalent Compounds….

Let’s HUNT!

Page 41: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Characteristics of Covalent Compounds(Key Point #1)1. Electrons are shared2. Bonds between nonmetals and

non metals3. Usually gases at room

temperature (not crystals )4. Low melting points5. Poor conductors of electricity

Page 42: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

What’s the difference between ionic and covalent compounds?It is important to understand the differences between ionic and covalent compounds

Let’s review ionic compound characteristics…

Page 43: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Characteristics of Ionic Compounds

1. Electrons are transferred2. Bonds between metals and

nonmetals3. Make crystals4. High melting points5. Good conductors of electricity

when dissolved

Page 44: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Group Race!

Each group will complete a Double Bubble Diagram…liiiiiike this (Double Bubble doc)

Rules:1. No talking or sharing of notes!2. First person fills in ONE bubble and passes

paper to next person – cannot skip people!3. If next person doesn’t know an answer,

he/she must stand up and do 10 jumping jacks before passing paper.

4. Next person fills in ONE bubble and passes paper to next person…etc!

Page 45: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

How do covalent bonds form?Let’s look at Lewis Dot Structures again!

Key Point #2: Each atom in a compound satisfies the octet rule. This is shown in a Lewis Dot Structure.

Page 46: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Single Bonds

Single covalent bond: one pair of shared electrons (two electrons)

Atoms may be the same H2, F2, Cl2, Br2, I2, O2

Atoms may be different HF, HCl, HBr, HI

=

Page 47: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Formation of Single Covalent Bonds

ExamplesH2

F2

HCl (chlorine)

Page 48: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Formation of Single Covalent Bonds

Your Turn!Cl2

HBr

Page 49: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Tricks!

Central atom: in the center of a molecule, usually has lower electronegativity

Terminal atom: not in the center of a molecule

Hydrogen will NEVER be a central atom!

Page 50: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Formation of Multiple Single Bonds

ExamplesNH3

SeCl2

Page 51: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Formation of Multiple Single Bonds

Your Turn!NF3

CH4

CH3Cl

Page 52: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Practice Time – Finish for HW! Draw the Lewis Dot Structures for the

following covalent compounds:1. Br2

2. HI3. PH3

4. H2S

5. CCl46. PH3

7. SiH4

Page 53: Catalyst – October 7(4), 2009 1. Write and name the compound formed through Beryllium and Oxygen. 2. Write and name the compound formed between Potassium.

Exit Question

1. What are 3 characteristics of covalent compounds?

2. What is one difference between ionic and covalent compounds?

3. Draw the Lewis Dot Structure for Cl2.