Draw the Lewis structure of CH₂NOH and then choose the appropriate set of hybridization states for the three central atoms. Your answer choice is independent of the orientation of your drawn structure. CIH C=N Η Click to edit molecule 0. H A) sp²/sp² / sp² B) sp/sp/sp² C) sp³ / sp³ / sp³ D) sp²/sp³/sp E) sp³ / sp

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Chapter1: Chemical Foundations
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**Question 17 of 18**

**Task:** Draw the Lewis structure of CH\(_2\)NOH and then choose the appropriate set of hybridization states for the three central atoms. Your answer choice is independent of the orientation of your drawn structure.

**Diagram:**
- A Lewis structure is provided showing the connectivity of atoms:
  - Carbon (C) is double-bonded to Nitrogen (N) and single-bonded to two Hydrogen (H) atoms.
  - Nitrogen (N) is also single-bonded to Oxygen (O).
  - Oxygen (O) is single-bonded to Hydrogen (H) and has two lone pairs of electrons.

**Options for hybridization states:**

A) sp\(^2\) / sp\(^2\) / sp\(^2\)

B) sp / sp / sp\(^2\)

C) sp\(^3\) / sp\(^3\) / sp\(^3\)

D) sp\(^2\) / sp\(^3\) / sp

E) sp\(^3\) / sp\(^3\) / sp\(^2\)
Transcribed Image Text:**Question 17 of 18** **Task:** Draw the Lewis structure of CH\(_2\)NOH and then choose the appropriate set of hybridization states for the three central atoms. Your answer choice is independent of the orientation of your drawn structure. **Diagram:** - A Lewis structure is provided showing the connectivity of atoms: - Carbon (C) is double-bonded to Nitrogen (N) and single-bonded to two Hydrogen (H) atoms. - Nitrogen (N) is also single-bonded to Oxygen (O). - Oxygen (O) is single-bonded to Hydrogen (H) and has two lone pairs of electrons. **Options for hybridization states:** A) sp\(^2\) / sp\(^2\) / sp\(^2\) B) sp / sp / sp\(^2\) C) sp\(^3\) / sp\(^3\) / sp\(^3\) D) sp\(^2\) / sp\(^3\) / sp E) sp\(^3\) / sp\(^3\) / sp\(^2\)
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