See attached picture. **Educational Content for Organic Chemistry****Understanding Molecule 1: Stereochemistry and NMR Analysis**This exercise addresses the stereochemical relationships between protons and explores the expected ^1H NMR signals and chirality of Molecule 1. **Structure:**- Molecule 1 is a cycloalkane with two chlorine substituents and is labeled with hydrogens (H_a, H_b, H_c, H_d, H_e, and H_f).**Questions & Analysis:**a) **Relationship between H_a and H_b:** - Determine if these protons are diastereotopic or identical.b) **Relationship between H_c and H_e:**- Analyze the spatial relationship to see if these protons are diastereotopic or identical.c) **Relationship between H_c and H_d:**- Investigate the stereochemistry between these protons to determine if they are diastereotopic or identical.d) **Relationship between H_d and H_e:**- Evaluate the positioning of these protons on the ring to decide if they are diastereotopic or identical.e) **^1H NMR Signals:**- Predict the number of unique signals in the ^1H NMR spectrum of Molecule 1. Consider equivalent protons and coupling patterns.f) **Chirality of Molecule 1:**- Assess the molecule for any chiral centers to determine if it is chiral.**Diagram Explanation:**- The structure is depicted with a clear distinction of hydrogens and chlorines on the cycloalkane ring, facilitating the analysis of stereochemistry. The spatial arrangement plays a crucial role in identifying the protons' relationships.

Hello. There are multiple subparts in the question. The first three subparts have been solved. To receive solutions for the remaining subparts, please resubmit the whole question and mention the subparts to be solved.The relationship between the protons in the molecule have been classified as diastereotopic or identical.a) Ha and Hb These protons are diastereotopic and will have different chemical shifts. b) Hc and He These protons are diastereotopic with one another. c) Hc and Hd These protons are diastereotopic and will have different chemical shifts.