Each molecule listed below is formed by sharing electrons between atoms when the atoms within the molecule are bonded together. Molecule A: Cl 2 Molecule B: CCl 4. Molecule C: NH 3 34. In the box provided in your answer booklet, draw the electron-dot (Lewis) structure for the NH 3 molecule. [1] 35. Explain why CCI 4 is classified as a nonpolar molecule. (1] 36. Explain-why-NHshas stronger intermolecular forces of attraction than Cl 2. [1] 37. Explain how the bonding in KCl is different from the bonding in molecules A, B, and C. [1]

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Chapter1: Chemical Foundations
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Each molecule listed below is formed by sharing electrons between atoms when the atoms
within the molecule are bonded together.
Molecule A: Cl 2
Molecule B: CCI 4 ·
Molecule C: NH 3
34. In the box provided in your answer booklet, draw the electron-dot (Lewis) structure for the NH 3
molecule. [1]
35. Explain why CCI 4 is classified as a nonpolar molecule. (1]
36. Explain why-NIshas stronger-intermolecular forces of attraction than Ct2. f}
37. Explain how the bonding in KCl is different from the bonding in molecules A, B, and C. [1]
Transcribed Image Text:Each molecule listed below is formed by sharing electrons between atoms when the atoms within the molecule are bonded together. Molecule A: Cl 2 Molecule B: CCI 4 · Molecule C: NH 3 34. In the box provided in your answer booklet, draw the electron-dot (Lewis) structure for the NH 3 molecule. [1] 35. Explain why CCI 4 is classified as a nonpolar molecule. (1] 36. Explain why-NIshas stronger-intermolecular forces of attraction than Ct2. f} 37. Explain how the bonding in KCl is different from the bonding in molecules A, B, and C. [1]
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