(7 pts) WRITTEN: ENTER ANSWER ON WRITTEN TEMPLATE Consider the molecule PSBr. P is the central...

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(7 pts) WRITTEN: ENTER ANSWER ON WRITTEN TEMPLATE Consider the molecule PS₂Br₂. P is the central atom in the molecule, and the 5 and Br atoms are all terminal atoms. Draw the correct Lewis structure for this molecule. Be sure to draw all lone pairs, and label all non-zero formal charges on each atom. If multiple resonance structures are possible, draw the structure that minimizes formal charges on the atoms. Circle the ONE structure you would like to be graded. Only the structure that is CIRCLED will be graded. Based on the Lewis structures shown below, predict the molecular geometry of each molecule, and whether the molecule is polar or nonpolar. |:CIA CI: (a) AtCl₂ (a) AtCl₂ Molecular Geometry: [Select] Polarity: [Select] (b) AtoCl₂ Molecular Geometry: [Select] Polarity: [Select] (b) AtoCl₂ (c) AtO₂ Molecular Geometry: [Select] Polarity [Select] :0: At CI .. 0-At-0: (c) AtO₂ (7 pts) WRITTEN: ENTER ANSWER ON WRITTEN TEMPLATE Consider the molecule PS₂Br₂. P is the central atom in the molecule, and the 5 and Br atoms are all terminal atoms. Draw the correct Lewis structure for this molecule. Be sure to draw all lone pairs, and label all non-zero formal charges on each atom. If multiple resonance structures are possible, draw the structure that minimizes formal charges on the atoms. Circle the ONE structure you would like to be graded. Only the structure that is CIRCLED will be graded. Based on the Lewis structures shown below, predict the molecular geometry of each molecule, and whether the molecule is polar or nonpolar. |:CIA CI: (a) AtCl₂ (a) AtCl₂ Molecular Geometry: [Select] Polarity: [Select] (b) AtoCl₂ Molecular Geometry: [Select] Polarity: [Select] (b) AtoCl₂ (c) AtO₂ Molecular Geometry: [Select] Polarity [Select] :0: At CI .. 0-At-0: (c) AtO₂