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Task # 2 Structure & Properties of Matter: Molecular Geometry of a VSEPR Structure - Choose a VSEPR Structure From the Family of Trigonal Bipyramidal or Octahedral Family 1- Draw the Lewis structure diagram. 4 marks. 2- State the family name of this VSEPR structure. 1 Mark. 3- State the number of bonding electron pairs. 1 Mark. 4- State the number of lone pairs. 1 Mark. 5- State the total number of electron pairs. 1 Mark 6- State the VSEPR notation. 1 Mark 7- Draw the 3 dimensional molecular geometry of this VSEPR properly and show all the angles on this molecular geometry. 5 Marks 8- Find the polarity of one bond by using the electronegativity difference between the two atoms, show the calculation. Draw the dipole moment for each bond 6-+ --> +. 5 Marks Knowledge and Understanding: 9 Marks 1- Discuss the symmetry of this VSEPR molecule by giving you reason(s). 2 Marks 2- Discuss the polarity of this VSEPR molecule as a whole by giving your reason(s). 2 Marks 3. State the types of intermolecular forces of attraction for this VSEPR molecule. 2 Marks 4. Find a process that your VSEPR molecule is used for and describe it in one paragraph (3 to 4 lines only). 3 Marks CPT Rubric: Levels one to four will be used to mark this task. Application: Correctness of the content. Knowledge and Understanding: Grammar, clarity, and research