HW 12#14 need help in the lasts ection ## Reaction of Alkene B with Ozone### Part 1:**Question:**When alkene B is reacted with ozone, followed by Zn and H₂O, how many products will form?**Explanation:**- The reaction involves ozonolysis, a process where an alkene is cleaved by ozone to form carbonyl compounds.- Typically, this reaction yields two products when the alkene is symmetrical. **Options:**- 0 (no reaction)- 1 product- **2 products** (Correct)**Image Description:**- The image shows the structure of alkene B, which is a cyclic compound with a double bond.### Part 2:**Question:**Draw the products formed when alkene B is reacted with ozone, followed by Zn and H₂O.**Instructions:**- Illustrate the higher and lower molecular weight products resulting from the ozonolysis of alkene B.**Diagram:**- The structure of alkene B is displayed above two placeholders labeled "Higher Molecular Weight Product" and "Lower Molecular Weight Product," where the resulting structures are to be drawn.**Summary:**- The reaction discussed is ozonolysis, a method to break down alkenes into simpler compounds.- The key takeaway is that this particular reaction yields two distinct products when reacted with the specified reagents.

One of the important reactions of alkene is ozonolysis. In the ozonolysis reaction, the carbon-carbon bond of alkene has been replaced by a carbonyl group.Alkene reacts with ozone to form an ozonide. The ozonide can be reduced into a carbonyl compound when it reacts with zinc and water.The product of the given ozonolysis reaction is as follows:In this reaction the alkene reacts with ozone and forms two aldehydes.The structure of the products of the given reaction is as follows: