Q)4 **Part 4 of 4**Complete the statement below regarding C—C bonds (a) and (b) in the given structure.There is a diagram depicting two carbon-carbon bonds labeled as (a) and (b). Bond (a) appears to be a triple bond, while bond (b) is a single bond.Options for selection:- Bond (a) is due to [Choose one] overlap: - sp-sp - sp²-sp - sp³-sp- Bond (b) is due to [Choose one] overlap: - sp-sp - sp²-sp - sp³-sp- Bond (a) is [Choose one] than bond (b): - shorter - longerUse the dropdown menus to select the appropriate type of hybridization overlap for each bond, and to determine the relative length of bond (a) compared to bond (b). **Part 3 of 4****Instruction:**Rank the highlighted bonds in order of increasing length and in order of increasing strength.**Diagram:**The image presents a molecular structure highlighting three bonds, labeled (a), (b), and (c). Each bond is drawn in red, connecting hydrogen atoms (H) to the carbon framework.**Task:**- **Length:** - Rank the bonds from shortest to longest: - (Dropdown option) < (Dropdown option) < (Dropdown option) Options in the dropdown menu: - (a) - (b) - (c)- **Strength:** - Rank the bonds from weakest to strongest: - (Dropdown option) < (Dropdown option) < (Dropdown option) Options in the dropdown menu: - (a) - (b) - (c)There are two buttons at the bottom:- An "X" button, presumably for canceling or closing.- A refresh button, likely for resetting the selections.

Answered: Rank the highlighted bonds in order of…

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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Q)4

**Part 4 of 4**

Complete the statement below regarding C—C bonds (a) and (b) in the given structure.

There is a diagram depicting two carbon-carbon bonds labeled as (a) and (b). Bond (a) appears to be a triple bond, while bond (b) is a single bond.

Options for selection:

- Bond (a) is due to [Choose one] overlap:
- sp-sp
- sp²-sp
- sp³-sp

- Bond (b) is due to [Choose one] overlap:
- sp-sp
- sp²-sp
- sp³-sp

- Bond (a) is [Choose one] than bond (b):
- shorter
- longer

Use the dropdown menus to select the appropriate type of hybridization overlap for each bond, and to determine the relative length of bond (a) compared to bond (b).

**Part 3 of 4**

**Instruction:**
Rank the highlighted bonds in order of increasing length and in order of increasing strength.

**Diagram:**
The image presents a molecular structure highlighting three bonds, labeled (a), (b), and (c). Each bond is drawn in red, connecting hydrogen atoms (H) to the carbon framework.

**Task:**

- **Length:**
- Rank the bonds from shortest to longest:
- (Dropdown option) < (Dropdown option) < (Dropdown option)

Options in the dropdown menu:
- (a)
- (b)
- (c)

- **Strength:**
- Rank the bonds from weakest to strongest:
- (Dropdown option) < (Dropdown option) < (Dropdown option)

Options in the dropdown menu:
- (a)
- (b)
- (c)

There are two buttons at the bottom:
- An "X" button, presumably for canceling or closing.
- A refresh button, likely for resetting the selections.

Expert Solution

Step 1: Hybridization of C in organic compounds

When the carbon atom forms only single bond with other atoms, the hybridization of C is sp³. When the carbon atom forms a double bond with another atom, the hybridization of C is sp². When the carbon atom forms a triple bond with another atom, the hybridization of C is sp.

Hybridisation refers to the intermixing of atomic orbitals of similar energy to create hybridized orbitals of identical energy and shape.

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