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- \Br A. Redraw the bond-line structure of the molecule above on a separate sheet of paper. B. Draw a chair conformation for the molecule. C. Draw the new chair conformation after ring inversion (ring flip). D. Circle the most stable (lowest energy) chair conformation.Hi ! Can you please explain how this organic molecule would have a Z configuration? ThanksWhich c. ..se structures shows how the pictured molecule will look after it is flipped over horizontally, as illustrated? он flip OH H H. OH он H. ..l OH none of these но Note: Only check the boxes of structures that correspond to a single horizontal flip of the original structure. Ignore structures that have been rotated or flipped multiple times or in other ways.
- Examine the ungraded ball-and-stick model below to determine the three-dimensional structure of the molecule. On the corresponding 2D structure, draw one wedge bond and one dash bond over two existing bonds to indicate the same arrangement of atoms in space. The narrow part of each wedge-and-dash bond should be towards the same central carbon atom.!( plz answer with proper explanation plz)A. a) H CI b) Br 1) In the space above labeled "b)", draw the mirror image of molecule a. 2) Build molecule a and molecule b 3) Is molecule a superimposable on molecule b. 4) Are molecule a and molecule b the same molecule?
- e. Draw the cis and trans isomer of the molecule above. f. Draw the chair form of the cis isomer of the molecule. g. Draw the flipped chair form of the cis isomer of the molecule. h. What is the more stable chair form?Check the box under each structure in the table that is an enantiomer of the molecule shown below. If none of them are, check the none of the above box under the table. OH & .... Molecule 1 HO Molecule 4 OH -- none of the above Molecule 2 HO In.. Molecule 5 HO X Molecule 3 sil OH Molecule 6 ..... OH X Ś 000 Ar 18Could we cut just one bond in the "starting" molecule shown in the drawing area below to create this "target" molecule? The target molecule. If so, highlight the bond to be cut. If not, check the box under the drawing area that says Not possible. Note: it's OK if cutting the bond creates more than one molecule, as long as one of them is the target molecule. Not possible. X H H-C-H H-O-H H 3 Note for advanced students: what we mean by "cutting" the bond here is breaking the bond and attaching H atoms to each dangling end, like this: H H-C-0-H H