4. (3) Calculate the product distribution (in %) for the following reaction (show work): x Cl₂, hv CI & CI-

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Calculate the product distribution (in %) for the following reaction:

**Question 4.** *(3 points)* Calculate the product distribution (in %) for the following reaction (show work):

**Reaction:**

- **Reactant:** A bicyclo[1.1.0]butane structure (represented by interconnected rings forming a diamond shape with one extra bond extending from the top right vertex).

- **Reagent and conditions:** \( \text{Cl}_2, \, \text{hv} \) (chlorine gas under light conditions indicating a free radical halogenation reaction).

- **Products:**
  1. First product: A bicyclic structure with a chlorine (\(\text{Cl}\)) atom bonded at the extended position.
  2. Second product: A bicyclic structure with a chlorine atom bonded to the top left vertex of the original reactant.
  3. Third product: A bicyclic structure with a chlorine atom bonded to the bottom right vertex of the original reactant.

**Instructions:** Calculate the percentage distribution of each product formed.
Transcribed Image Text:**Question 4.** *(3 points)* Calculate the product distribution (in %) for the following reaction (show work): **Reaction:** - **Reactant:** A bicyclo[1.1.0]butane structure (represented by interconnected rings forming a diamond shape with one extra bond extending from the top right vertex). - **Reagent and conditions:** \( \text{Cl}_2, \, \text{hv} \) (chlorine gas under light conditions indicating a free radical halogenation reaction). - **Products:** 1. First product: A bicyclic structure with a chlorine (\(\text{Cl}\)) atom bonded at the extended position. 2. Second product: A bicyclic structure with a chlorine atom bonded to the top left vertex of the original reactant. 3. Third product: A bicyclic structure with a chlorine atom bonded to the bottom right vertex of the original reactant. **Instructions:** Calculate the percentage distribution of each product formed.
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