**Title: Determining Structures of Missing Organic Molecules****Objective:**Learn how to identify and draw the skeletal structures of missing organic molecules in chemical reactions.**Instructions:**You are presented with a series of chemical reactions. Your task is to determine the structures of the missing organic molecules labeled as X. Note that molecules sharing the same letter have the exact same structure.**Chemical Reaction Overview:**The reaction provided involves an organic compound reacting with water (\( H_2O \)) in the presence of an acidic catalyst (\( H^+ \)).**Steps:**1. **Examine the Reaction:** The reaction sequence begins with a complex organic molecule, reacts with water in the presence of an acid, and results in another organic product. 2. **Identify X:** The task is to find the structure of the missing molecule, X, which appears in multiple steps within this reaction sequence.3. **Draw the Structure:** In the interactive drawing area below, use the tools provided to draw the skeletal (line) structure of the missing organic molecule X. **Drawing Tool Instructions:**- **Pencil Icon:** Start or continue drawing bonds and atoms.- **Eraser:** Remove any unwanted elements.- **Undo Button:** Step back one action if you make a mistake.- **Redo Button:** Restore any undone actions.- **Trash Icon:** Clear the drawing area to start fresh.**Educational Tips:**- Focus on identifying functional groups and recognizing common reaction patterns in organic chemistry.- Remember that skeletal formulas often omit hydrogen atoms bonded to carbon for simplicity.- Apply your knowledge of reaction mechanisms to predict the missing structures.**Interactive Component:**Click and drag within the drawing box to start creating the structure of X. Once completed, use the 'Check' button to verify your structure.**Resources:**- Click 'Explanation' for detailed guidance and hints on determining the structure.- Review related organic chemistry reaction mechanism materials to strengthen understanding.**Conclusion:**This exercise enhances your ability to visualize and determine structures in organic chemistry, a fundamental skill for advanced studies in this field.

An arrow always depicts from a region of high electron density to low electron density ; that is tail depicts region of high electron density and head depicts region of low electron density.This is deprotection of Ketone.In first step, protonation of etheral oxygen takes place.This is followed by loss of alcohol as leaving group.Nucleophilic attack of water takes place at carbonyl centre to form the tetrahedral intermediate.Rapid Proton transfer takes place.This is followed by loss of alcohol and proton to form Ketone as the final product.X: isopropyl alcoholWho is structure is depicted above.