**Identifying Bond Rotations in Dash-Wedge Skeletal Structures***Image Description:*The top of the image shows a hydrocarbon molecule with a highlighted bond in red, marked with an asterisk, indicating the bond in question for potential rotation.---*Question Section:***Can the highlighted labeled bond rotate 180° without breaking any bonds in the molecule?**- [ ] yes- [ ] no---*Options for 180° Bond Rotation:*1. The first row presents several different structural configurations of the molecule after a hypothetical 180° bond rotation. Each configuration features different spatial arrangements of the atoms: - First Structure: A branched chain with a double bond, slightly twisted. - Second Structure: A more linear configuration with a double bond prominently featured. - Third Structure: Another linear form, but with slight variations in bond angles.2. The second row showcases additional configurations: - Fourth Structure: A branched chain with parallel alignments to the first one but in a different orientation. - Fifth Structure: A chain with a twig-like appearance, showing different branch directions. - Sixth Structure: Similar to the second, yet rotationally inverted.For each structure, there is a checkbox provided to select if that arrangement is possible with a 180° bond rotation.*Note:* Consider spatial orientations and stereo-chemistry when evaluating possible rotations. Rotating bonds influence the 3D structure significantly.

Since single bond can be rotate but conformation of double bond doesn't change. In the given…

= O HYDROCARBONS Identifying bond rotations in dash-wedge skeletal structures Can the highlighted labeled bond rotate 180° without breaking any bonds in the molecule? If this bond can rotate, select all of the structures that a 180° bond rotation could make. O yes O no سلام به 0 3/5

= O HYDROCARBONS Identifying bond rotations in dash-wedge skeletal structures Can the highlighted labeled bond rotate 180° without breaking any bonds in the molecule? If this bond can rotate, select all of the structures that a 180° bond rotation could make. O yes O no سلام به 0 3/5

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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**Identifying Bond Rotations in Dash-Wedge Skeletal Structures**

*Image Description:*

The top of the image shows a hydrocarbon molecule with a highlighted bond in red, marked with an asterisk, indicating the bond in question for potential rotation.

---

*Question Section:*

**Can the highlighted labeled bond rotate 180° without breaking any bonds in the molecule?**

- [ ] yes
- [ ] no

---

*Options for 180° Bond Rotation:*

1. The first row presents several different structural configurations of the molecule after a hypothetical 180° bond rotation. Each configuration features different spatial arrangements of the atoms:

- First Structure: A branched chain with a double bond, slightly twisted.
- Second Structure: A more linear configuration with a double bond prominently featured.
- Third Structure: Another linear form, but with slight variations in bond angles.

2. The second row showcases additional configurations:

- Fourth Structure: A branched chain with parallel alignments to the first one but in a different orientation.
- Fifth Structure: A chain with a twig-like appearance, showing different branch directions.
- Sixth Structure: Similar to the second, yet rotationally inverted.

For each structure, there is a checkbox provided to select if that arrangement is possible with a 180° bond rotation.

*Note:* Consider spatial orientations and stereo-chemistry when evaluating possible rotations. Rotating bonds influence the 3D structure significantly.

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