Determine the type of element in each compound as either metal (M), nor the bond type as lonic, Polar Covalent or Nonpolar Covalent, according to the type of atoms.

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Chapter1: Chemical Foundations
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1A
U3 Lesson 1 Check for Understanding
lonic vs. Covalent Bonds
Part ONE: Use the Electronegativity Chart to get the electronegativity values for this practice sheet
1. Determine the type of element in each compound as either metal (M), nonmetal (NM) or metalloid (META) and classify
the bond type as lonic, Polar Covalent or Nonpolar Covalent, according to the type of atoms.
Identical NM's
Different NM's
M/NM
Nonpolar Covalent
Polar covalent
lonic
2. Using the table of electro-negativities provided, calculate the difference in electronegativity and then classify the bond
type as lonic, Polar Covalent or Nonpolar Covalent according to the EN difference.
Nonpolar Covalent
0-0.4
0.41-1.69
> 1.70
Compound
SiS₂
NaCl
NH3
Li₂O
H₂O
Ca₂N₂
SO3
H₂
CuF
* CH4
Types of Atoms
META/NM
Polar Covalent
lonic
Bond Type
?
EN Difference
2.5-1.8=.7
Bond Type
Polar Covalent
FU
IM
Part TWO: Analysis
1. Do most predictions of bond type using electronegativity match to the prediction of bond type using types of atom?
4. What type of bond must always result between a diatomic or triatomic molecule?
BOL
2. What type of bond results from an electronegativity difference greater than 1.7 and consists of a metal and nonmet
3. What type of bond results from an electronegativity difference less than 1.7 and consists of only nonmetals?
Transcribed Image Text:1A U3 Lesson 1 Check for Understanding lonic vs. Covalent Bonds Part ONE: Use the Electronegativity Chart to get the electronegativity values for this practice sheet 1. Determine the type of element in each compound as either metal (M), nonmetal (NM) or metalloid (META) and classify the bond type as lonic, Polar Covalent or Nonpolar Covalent, according to the type of atoms. Identical NM's Different NM's M/NM Nonpolar Covalent Polar covalent lonic 2. Using the table of electro-negativities provided, calculate the difference in electronegativity and then classify the bond type as lonic, Polar Covalent or Nonpolar Covalent according to the EN difference. Nonpolar Covalent 0-0.4 0.41-1.69 > 1.70 Compound SiS₂ NaCl NH3 Li₂O H₂O Ca₂N₂ SO3 H₂ CuF * CH4 Types of Atoms META/NM Polar Covalent lonic Bond Type ? EN Difference 2.5-1.8=.7 Bond Type Polar Covalent FU IM Part TWO: Analysis 1. Do most predictions of bond type using electronegativity match to the prediction of bond type using types of atom? 4. What type of bond must always result between a diatomic or triatomic molecule? BOL 2. What type of bond results from an electronegativity difference greater than 1.7 and consists of a metal and nonmet 3. What type of bond results from an electronegativity difference less than 1.7 and consists of only nonmetals?
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