According to valence bond theory, the formal charge of the carbon at the tip of the arrow in the molecule H H. C=C H. H. O A. +2 OB. +1 C. O O D. -1 O E. -2

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Chapter1: Chemical Foundations
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**Question:** According to valence bond theory, the formal charge of the carbon at the tip of the arrow in the molecule shown below is

**Molecule Diagram:**
- The diagram depicts a chemical structure with several carbon (C) and hydrogen (H) atoms connected by single and double bonds.
- The structure includes a triple bond between carbon atoms.
- An arrow points to one particular carbon atom.

**Options:**
- A. +2
- B. +1
- C. 0
- D. -1
- E. -2

**Explanation of Diagram:**
- The diagram is a structural representation of a molecule.
- Carbon atoms are bound in a chain, with hydrogen atoms bonded to some carbon atoms.
- There is a noticeable triple bond between two carbon atoms, which influences the formal charge calculation.
- The formal charge is determined for the carbon atom at the tip of the arrow based on its bonding and valence electrons.
Transcribed Image Text:**Question:** According to valence bond theory, the formal charge of the carbon at the tip of the arrow in the molecule shown below is **Molecule Diagram:** - The diagram depicts a chemical structure with several carbon (C) and hydrogen (H) atoms connected by single and double bonds. - The structure includes a triple bond between carbon atoms. - An arrow points to one particular carbon atom. **Options:** - A. +2 - B. +1 - C. 0 - D. -1 - E. -2 **Explanation of Diagram:** - The diagram is a structural representation of a molecule. - Carbon atoms are bound in a chain, with hydrogen atoms bonded to some carbon atoms. - There is a noticeable triple bond between two carbon atoms, which influences the formal charge calculation. - The formal charge is determined for the carbon atom at the tip of the arrow based on its bonding and valence electrons.
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