Question

18 question (1 point) complete the fischer projection that matches the following dash - wedge structure by dragging the correct group to the correct location. 1st attempt see periodic table

Explanation:

Step1: Understand Fischer projection rules

In Fischer projection, horizontal lines represent groups coming out of the plane (wedges in dash - wedge), and vertical lines represent groups going into the plane (dashes in dash - wedge).

Step2: Analyze dash - wedge structure

The given dash - wedge structure has specific spatial arrangements of groups around chiral centers. We need to translate these 3 - D arrangements into 2 - D Fischer projection.

Step3: Match groups

Match each group from the dash - wedge structure to its correct position in the Fischer projection based on the spatial orientation rules. However, without the full set of options for dragging and more detailed guidance on the Fischer projection template, a full - fledged solution cannot be completed. But the general approach is to analyze the relative positions of atoms like Br, Cl, CN, Ph, H and OH with respect to the chiral centers and translate them to the Fischer projection.

Since the problem seems incomplete as we don't have full options for the Fischer projection completion and the exact task of which groups to place where precisely, we cannot provide a final answer.

Answer:

Step1: Understand Fischer projection rules

In Fischer projection, horizontal lines represent groups coming out of the plane (wedges in dash - wedge), and vertical lines represent groups going into the plane (dashes in dash - wedge).

Step2: Analyze dash - wedge structure

The given dash - wedge structure has specific spatial arrangements of groups around chiral centers. We need to translate these 3 - D arrangements into 2 - D Fischer projection.

Step3: Match groups

Match each group from the dash - wedge structure to its correct position in the Fischer projection based on the spatial orientation rules. However, without the full set of options for dragging and more detailed guidance on the Fischer projection template, a full - fledged solution cannot be completed. But the general approach is to analyze the relative positions of atoms like Br, Cl, CN, Ph, H and OH with respect to the chiral centers and translate them to the Fischer projection.

Since the problem seems incomplete as we don't have full options for the Fischer projection completion and the exact task of which groups to place where precisely, we cannot provide a final answer.