(Solved): please help and explain  Build two models of chlorocyclohexane. On one model, replace the hydro ...

Build two models of chlorocyclohexane. On one model, replace the hydrogen labeled \( \mathrm{H}_{2} \) with a chlorine atom to make model A; on the other model, replace the hydrogen labeled \( \mathrm{H}_{4} \) to produce model B. Now place both models in the chair conformation. What is the configuration of each chirality center? \( A^{7} \) ? \( B ? \) C? D? What is the stereochemical relationship between models A and B? (Circle your answer) Using the templates provided, draw the planar representation (use wedges and dashes!) and both chair conformations of the models of 1,3-dichlorocyclohexane. Is one chair conformer lower in energy? If so, circle the appropriate conformation above. Are the two chlorine atoms cis- or trans- to each other? Can both chlorine atoms be axial in any chair conformation? Would a solution of model A rotate plane polarized light? Model B? Why or why not? Is model A a meso compound? Model B? Using the models as a reference, complete the Newman projections for the chair and boat conformations below. C-1 and \( \mathrm{C}-3 \) are the two carbons in the front of the projection. Is there an internal plane of symmetry in cither