For each molecule, specify the polarity of the bonds and the overall polarity of the molecule. i- Be CI : CI bonds molecule Answer Bank nonpolar HO :O: polar bonds H molecule

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### Understanding Polarity for Molecules

In the image, there are two molecules presented for analysis: beryllium chloride (BeCl₂) and water (H₂O). For each molecule, we will specify the polarity of the bonds and the overall polarity of the molecule.

### Molecule 1: Beryllium Chloride (BeCl₂)
- **Lewis Structure**: 
  - The central atom is Be (Beryllium), which forms two bonds with two Cl (Chlorine) atoms.
  - Each Cl atom has three pairs of lone electrons (represented by dots) and one bonding pair with Be.
  
- **Polarity of Bonds**: 
  - Analyze the bonds between Be and Cl. Chlorine is more electronegative than Beryllium, making the Be-Cl bonds polar.
  
- **Overall Polarity of the Molecule**: 
  - Consider the molecular geometry. BeCl₂ has a linear structure with bonded Cl atoms on opposite sides of Be. 
  - The dipoles cancel each other out, making the overall molecule nonpolar.

### Molecule 2: Water (H₂O)
- **Lewis Structure**: 
  - The central atom is O (Oxygen), which forms two bonds with two H (Hydrogen) atoms.
  - Oxygen has two pairs of lone electrons (represented by dots) and two bonding pairs with H.
  
- **Polarity of Bonds**: 
  - Analyze the bonds between O and H. Oxygen is more electronegative than Hydrogen, making the O-H bonds polar.
  
- **Overall Polarity of the Molecule**: 
  - Consider the molecular geometry. H₂O has a bent shape due to the two lone pairs on Oxygen.
  - The dipole moments do not cancel out due to the bent shape, making the overall molecule polar.

### Summary
- **BeCl₂**:
  - Bonds: Polar
  - Molecule: Nonpolar
- **H₂O**:
  - Bonds: Polar
  - Molecule: Polar

### Answer Bank
- Options provided:
  - Nonpolar
  - Polar
Transcribed Image Text:### Understanding Polarity for Molecules In the image, there are two molecules presented for analysis: beryllium chloride (BeCl₂) and water (H₂O). For each molecule, we will specify the polarity of the bonds and the overall polarity of the molecule. ### Molecule 1: Beryllium Chloride (BeCl₂) - **Lewis Structure**: - The central atom is Be (Beryllium), which forms two bonds with two Cl (Chlorine) atoms. - Each Cl atom has three pairs of lone electrons (represented by dots) and one bonding pair with Be. - **Polarity of Bonds**: - Analyze the bonds between Be and Cl. Chlorine is more electronegative than Beryllium, making the Be-Cl bonds polar. - **Overall Polarity of the Molecule**: - Consider the molecular geometry. BeCl₂ has a linear structure with bonded Cl atoms on opposite sides of Be. - The dipoles cancel each other out, making the overall molecule nonpolar. ### Molecule 2: Water (H₂O) - **Lewis Structure**: - The central atom is O (Oxygen), which forms two bonds with two H (Hydrogen) atoms. - Oxygen has two pairs of lone electrons (represented by dots) and two bonding pairs with H. - **Polarity of Bonds**: - Analyze the bonds between O and H. Oxygen is more electronegative than Hydrogen, making the O-H bonds polar. - **Overall Polarity of the Molecule**: - Consider the molecular geometry. H₂O has a bent shape due to the two lone pairs on Oxygen. - The dipole moments do not cancel out due to the bent shape, making the overall molecule polar. ### Summary - **BeCl₂**: - Bonds: Polar - Molecule: Nonpolar - **H₂O**: - Bonds: Polar - Molecule: Polar ### Answer Bank - Options provided: - Nonpolar - Polar
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