Students use electronegativity values to calculate the difference between elements and determine the resulting bond type.

Chemistry worksheet determining ionic or covalent bonds using electronegativity differences.

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- C: Electronegativity 2.55, Difference 0.00, Bond type Nonpolar Covalent
- O: Electronegativity 3.44, Difference 0.89, Bond type Polar Covalent
- F: Electronegativity 3.98, Difference 1.43, Bond type Polar Covalent
- H: Electronegativity 2.20, Difference 0.00, Bond type Nonpolar Covalent
- O: Electronegativity 3.44, Difference 1.24, Bond type Polar Covalent
- C: Electronegativity 2.55, Difference 0.79, Bond type Polar Covalent
- N: Electronegativity 3.04, Difference 0.49, Bond type Polar Covalent
- H: Electronegativity 2.20, Difference 0.35, Bond type Polar Covalent
- C: Electronegativity 2.55, Difference 0.00, Bond type Nonpolar Covalent
- O: Electronegativity 3.44, Difference 0.89, Bond type Polar Covalent
- N: Electronegativity 3.04, Difference 0.49, Bond type Polar Covalent
- Ca: Electronegativity 1.00, Difference 2.04, Bond type Ionic
- C: Electronegativity 2.55, Difference 0.00, Bond type Nonpolar Covalent
- H: Electronegativity 2.20, Difference 0.35, Bond type Polar Covalent
- N: Electronegativity 3.04, Difference 0.49, Bond type Polar Covalent

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Students use electronegativity values to calculate the difference between elements and determine the resulting bond type.

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