1
Q
What is Step 1 when determining molecular polarity?
A
Count valence electrons.
2
Q
What is Step 2?
A
Draw the Lewis structure.
3
Q
What is Step 3?
A
Assign bond dipoles.
4
Q
What is Step 4?
A
Examine the central atom (lone pairs and symmetry).
Chemistry (SCH3U)
flashcards
Decks in class (50)
# Cards
-
Ions12
-
History of Atoms8
-
Modern Atomic Theory (MAT)4
-
Atomic Radius3
-
Ionization Energy (IE)3
-
Electron Affinity (EA)3
-
Electronegativity (EN)4
-
DEFINITION & IDENTIFICATION OF ISOTOPES6
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SPECIAL ISOTOPE NAMES3
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MASS NUMBER VS ATOMIC MASS4
-
ISOMERS5
-
FUNDAMENTALS OF CHEMICAL BONDING7
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TYPES OF CHEMICAL FORMULAS3
-
REPRESENTING MOLECULES (DIAGRAMS)5
-
BENZENE3
-
LAB APPLICATIONS5
-
Foundations - Covalent Bonds9
-
ΔEN Classification10
-
Application & Higher Thinking9
-
Bond Polarity Basics8
-
Molecular Polarity Concept5
-
Step-by-Step Method4
-
Symmetry Rules (VERY IMPORTANT)4
-
Molecular Shapes5
-
Quick Test Examples4
-
Intramolecular vs Intermolecular Forces5
-
Types of Intermolecular Forces4
-
London Dispersion Forces3
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Dipole–Dipole Forces3
-
Hydrogen Bonding3
-
Ionic Compounds4
-
States of Matter6
-
Physical Properties8
-
Surface Tension3
-
Early Organization of Elements6
-
Dobereiner and Newlands6
-
Dmitri Mendeleev7
-
Other Contributors3
-
20th Century Discoveries2
-
Molecular Nomenclature Prefix Flashcards10
-
Physical vs. Chemical Changes4
-
Reaction Types & Combustion4
-
Synthesis & Decomposition Special Cases11
-
Single Displacement Reactions6
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Double Displacement Reactions8
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The 3 Common "Decomposers"3
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Separating Mixtures and Waste Treatment3
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General & Binary4
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Ternary (Oxy) Acids4
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Bases3
