Which of the following species have correctly drawn bond dipoles?

Chemistry
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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
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Which of the following species have correctly drawn bond dipoles?

The image depicts five chemical structures, each labeled with Roman numerals (I to V) and illustrating different molecules with arrows indicating electron movement or bond polarity.

**Structure I:**
- Molecule: CH₃Cl
- Description: A methane molecule with a chlorine atom attached. The structure shows an arrow from the carbon atom (C) towards the chlorine atom (Cl), indicating the polarity of the bond, with electrons being pulled towards the chlorine.

**Structure II:**
- Molecule: CH₃NH₂
- Description: A methylamine molecule with a nitrogen atom (N) bonded to a carbon atom. The nitrogen has a lone pair of electrons, and an arrow shows electron movement from carbon towards the nitrogen, indicating the direction of electron donation.

**Structure III:**
- Molecule: HO–NH₂
- Description: A hydroxylamine molecule where an arrow points from the oxygen atom (O) towards the nitrogen atom, highlighting the higher electronegativity and electron pair donation by the oxygen.

**Structure IV:**
- Molecule: CH₃MgCl
- Description: A Grignard reagent with magnesium chloride. The carbon atom is shown bonded to magnesium (Mg) with an arrow indicating the polarity of the bond from carbon towards magnesium, demonstrating the electron-rich nature of the carbon in this compound.

**Structure V:**
- Molecule: I–Cl
- Description: A diatomic molecule with iodine (I) and chlorine (Cl). The arrow points from iodine towards chlorine, highlighting the bond polarity with chlorine as the more electronegative element.

Each structure illustrates important chemical concepts such as electronegativity, bond polarity, electron donation, and the nature of specific chemical bonds.
Transcribed Image Text:The image depicts five chemical structures, each labeled with Roman numerals (I to V) and illustrating different molecules with arrows indicating electron movement or bond polarity. **Structure I:** - Molecule: CH₃Cl - Description: A methane molecule with a chlorine atom attached. The structure shows an arrow from the carbon atom (C) towards the chlorine atom (Cl), indicating the polarity of the bond, with electrons being pulled towards the chlorine. **Structure II:** - Molecule: CH₃NH₂ - Description: A methylamine molecule with a nitrogen atom (N) bonded to a carbon atom. The nitrogen has a lone pair of electrons, and an arrow shows electron movement from carbon towards the nitrogen, indicating the direction of electron donation. **Structure III:** - Molecule: HO–NH₂ - Description: A hydroxylamine molecule where an arrow points from the oxygen atom (O) towards the nitrogen atom, highlighting the higher electronegativity and electron pair donation by the oxygen. **Structure IV:** - Molecule: CH₃MgCl - Description: A Grignard reagent with magnesium chloride. The carbon atom is shown bonded to magnesium (Mg) with an arrow indicating the polarity of the bond from carbon towards magnesium, demonstrating the electron-rich nature of the carbon in this compound. **Structure V:** - Molecule: I–Cl - Description: A diatomic molecule with iodine (I) and chlorine (Cl). The arrow points from iodine towards chlorine, highlighting the bond polarity with chlorine as the more electronegative element. Each structure illustrates important chemical concepts such as electronegativity, bond polarity, electron donation, and the nature of specific chemical bonds.
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