Place the following alkenes in order of lowest to highest stability by placing the corresponding letter in the appropriate space.

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## Alkenes Stability Assessment

### Instructions
Place the following alkenes in order from lowest to highest stability by placing the corresponding letter in the appropriate space below.

### Alkenes
**A.** ![Alkene A](Image_of_Alkene_A)
   - Structure: A simple alkene with one double bond.

**B.** ![Alkene B](Image_of_Alkene_B)
   - Structure: Alkyne triple bond with nitro (NO₂) substituent.

**C.** ![Alkene C](Image_of_Alkene_C)
   - Structure: Contains a cycloalkene structure with additional substituents including an NO₂ group.

**D.** ![Alkene D](Image_of_Alkene_D)
   - Structure: Simple linear chain alkene.

**E.** ![Alkene E](Image_of_Alkene_E)
   - Structure: Cycloalkene with a chlorine (Cl) substituent.

### Ordering Task
____  ____  ____  ____  ____

Analyze the structures of these alkenes and rank their stability based on factors like hyperconjugation, steric hindrance, substituent effects, and resonance.

### Stability Considerations
- **Hyperconjugation:** More alkyl substituents on the double bond generally increase stability.
- **Steric Hindrance:** Less crowded alkenes are usually more stable.
- **Resonance:** Conjugation with electron-donating or withdrawing groups can affect stability.
- **Substituent Effects:** Groups like NO₂ (electron-withdrawing) and Cl can impact the electron density and stability.

By evaluating these factors, place each letter (A, B, C, D, E) in the spaces to indicate their relative stability, from lowest to highest.
Transcribed Image Text:## Alkenes Stability Assessment ### Instructions Place the following alkenes in order from lowest to highest stability by placing the corresponding letter in the appropriate space below. ### Alkenes **A.** ![Alkene A](Image_of_Alkene_A) - Structure: A simple alkene with one double bond. **B.** ![Alkene B](Image_of_Alkene_B) - Structure: Alkyne triple bond with nitro (NO₂) substituent. **C.** ![Alkene C](Image_of_Alkene_C) - Structure: Contains a cycloalkene structure with additional substituents including an NO₂ group. **D.** ![Alkene D](Image_of_Alkene_D) - Structure: Simple linear chain alkene. **E.** ![Alkene E](Image_of_Alkene_E) - Structure: Cycloalkene with a chlorine (Cl) substituent. ### Ordering Task ____ ____ ____ ____ ____ Analyze the structures of these alkenes and rank their stability based on factors like hyperconjugation, steric hindrance, substituent effects, and resonance. ### Stability Considerations - **Hyperconjugation:** More alkyl substituents on the double bond generally increase stability. - **Steric Hindrance:** Less crowded alkenes are usually more stable. - **Resonance:** Conjugation with electron-donating or withdrawing groups can affect stability. - **Substituent Effects:** Groups like NO₂ (electron-withdrawing) and Cl can impact the electron density and stability. By evaluating these factors, place each letter (A, B, C, D, E) in the spaces to indicate their relative stability, from lowest to highest.
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