This sketch of a neutral molecule is shaded red or blue wherever the electrostatic potential at the molecule's surface isn't zero. What could the chemical formula of the molecule be? possible chemical formula (check all that apply) electrostatic potential map O Br2 HF ICI C2H2 H,CO

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Chapter1: Chemical Foundations
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### Electrostatic Potential of a Neutral Molecule

This image illustrates the electrostatic potential of a neutral molecule. The molecule is shaded in red or blue to indicate areas where the electrostatic potential at the molecule's surface is not zero. The color codes are as follows: red indicates a positive electrostatic potential, and blue indicates a negative potential, with gray representing a neutral potential.

### Diagram Details

**Electrostatic Potential Map:**

- The diagram features a molecule represented by two connected spheres.
- The spheres are shaded in neutral gray, suggesting a uniform electrostatic potential with no regions distinctly positive or negative.

**Possible Chemical Formulas:**

Below the diagram is a list of potential chemical formulas for the molecule. You are instructed to check all that apply:

- □ Br₂
- □ HF
- □ ICl
- □ C₂H₂
- □ H₂CO

The neutral shading suggests Br₂ might be the correct choice as diatomic molecules like Br₂ typically have uniform potentials.

### Instructions

Based on the neutral electrostatic potential indicated, deduce which chemical formula(s) correspond to the molecule.
Transcribed Image Text:### Electrostatic Potential of a Neutral Molecule This image illustrates the electrostatic potential of a neutral molecule. The molecule is shaded in red or blue to indicate areas where the electrostatic potential at the molecule's surface is not zero. The color codes are as follows: red indicates a positive electrostatic potential, and blue indicates a negative potential, with gray representing a neutral potential. ### Diagram Details **Electrostatic Potential Map:** - The diagram features a molecule represented by two connected spheres. - The spheres are shaded in neutral gray, suggesting a uniform electrostatic potential with no regions distinctly positive or negative. **Possible Chemical Formulas:** Below the diagram is a list of potential chemical formulas for the molecule. You are instructed to check all that apply: - □ Br₂ - □ HF - □ ICl - □ C₂H₂ - □ H₂CO The neutral shading suggests Br₂ might be the correct choice as diatomic molecules like Br₂ typically have uniform potentials. ### Instructions Based on the neutral electrostatic potential indicated, deduce which chemical formula(s) correspond to the molecule.
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