Question

APPLICATION QUESTIONS - I point each 1. View the molecule chosen in question 1 in the different representations possible (ball- and-stick and space-filling). Considering the five different models explored in this experiment (ball-and-stick, space-filling, Lewis structure, line structure and wedge-dash), which model do YOU THINK provides the best representation of a molecule and explain WHY. 2. The electronic and molecular geometries studied in this experiment only went up to molecules with 6 electron domains. There are some molecules that can take on an AX$_7$ format (namely those with a large halogen atom in the center, such as IF$_7$). Propose a possible molecular geometry for this molecule by drawing it in the wedge-dash format below. Indicate what the approximate bond angles would be. Propose a possible name for this molecular geometry based on your wedge-dash model and include a rationale for the choice of name.

          APPLICATION QUESTIONS - I point each
1. View the molecule chosen in question 1 in the different representations possible (ball-
and-stick and space-filling). Considering the five different models explored in this
experiment (ball-and-stick, space-filling, Lewis structure, line structure and wedge-dash),
which model do YOU THINK provides the best representation of a molecule and explain
WHY.
2. The electronic and molecular geometries studied in this experiment only went up to
molecules with 6 electron domains. There are some molecules that can take on an AX$_7$
format (namely those with a large halogen atom in the center, such as IF$_7$). Propose a
possible molecular geometry for this molecule by drawing it in the wedge-dash format
below. Indicate what the approximate bond angles would be. Propose a possible name
for this molecular geometry based on your wedge-dash model and include a rationale for
the choice of name.

APPLICATION QUESTIONS - I point each
1. View the molecule chosen in question 1 in the different representations possible (ball-
and-stick and space-filling). Considering the five different models explored in this
experiment (ball-and-stick, space-filling, Lewis structure, line structure and wedge-dash),
which model do YOU THINK provides the best representation of a molecule and explain
WHY.
2. The electronic and molecular geometries studied in this experiment only went up to
molecules with 6 electron domains. There are some molecules that can take on an AX7
format (namely those with a large halogen atom in the center, such as IF7). Propose a
possible molecular geometry for this molecule by drawing it in the wedge-dash format
below. Indicate what the approximate bond angles would be. Propose a possible name
for this molecular geometry based on your wedge-dash model and include a rationale for
the choice of name.

Added by Alexander M.

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