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Understanding what compounds make up a substance is essential in organic chemistry. Such analysis can be done qualitatively, identifying the presence of certain chemicals, or quantitatively, determining the amount of each component.
Knowledge about chemical composition helps us know how the substance will react under different conditions. For Dettol, a common antiseptic, this composition includes Chloroxylenol and Terpineol. Knowing these ingredients tells us about Dettol’s ability to disinfect and its mode of action.
Delving into the individual components:

• Chloroxylenol: An antiseptic that kills bacteria and some viruses.
• Terpineol: Acts as a disinfectant, often giving a pleasant aroma to the solution.

Thus, analyzing chemical composition helps in understanding a product's properties and potential uses.

Antiseptics and disinfectants are chemical agents used to prevent the growth of pathogens. Although they serve similar purposes, their usage often differs based on where and how they're applied.

• Antiseptics are used on living tissues, such as skin, to reduce the risk of infection before surgery.
• Disinfectants are used on non-living surfaces, such as countertops, to destroy microorganisms.

Dettol serves as both due to its effective ingredients:

• Chloroxylenol helps reduce bacteria on skin and surfaces.
• Terpineol enhances Dettol's working efficiency and adds fragrance.

This dual action makes Dettol a versatile product in household and medical settings.

Solving problems involves a structured approach, especially in chemistry, where understanding the process is as crucial as finding the correct answer. Let’s break down the methodology used in determining the components of Dettol.
1. **Identify the Problem**: Begin by understanding what needs to be solved. This involves recognizing Dettol’s composition.
2. **Analyze Options**: Review each given choice and compare with the known data about the components of Dettol.
3. **Conclude**: Once all options are analyzed, conclude with the correct answer based on evidence. Here, options (B) Chloroxylenol and (C) Terpineol match Dettol’s real composition.
This systematic approach ensures clarity in solution finding, which is beneficial not only in chemistry but in various problem-solving scenarios.