Understanding Fluorenone Density: Key Insights & FAQs Explained

Fluorenone, recognized by its chemical formula C₁₃H₈O, is an organic compound that features various applications in chemistry and industry. One critical property of fluorenone is its density, which can influence its behavior in different chemical processes. This article aims to provide a comprehensive understanding of fluorenone density, addressing common queries and insights.

The Significance of Fluorenone Density

Density is a crucial physical property that pertains to the mass of a substance per unit volume. In terms of fluorenone, its density can impact solubility, reactivity, and the overall effectiveness of its applications. Knowing the specific density of fluorenone helps chemists and suppliers make informed decisions regarding its usage in various formulations.

Key Insights on Fluorenone Density

The density of fluorenone at room temperature is approximately 1.15 g/cm³. This information is essential for those engaging in calculations involving molarity, preparing solutions, or conducting reactions where precise measurements are vital.

Factors Influencing Density

A variety of factors can influence the density of fluorenone, including temperature and pressure. As temperature increases, substances generally expand, causing a decrease in density. Therefore, it is important to measure fluorenone density under standard conditions for accurate results.

Frequently Asked Questions about Fluorenone Density

Q: Is fluorenone density consistent across different batch productions?

A: While the density of fluorenone should ideally remain consistent, slight variations can occur due to differences in batch production processes. Regular quality checks and standardization practices are recommended to ensure reliability.

Q: How does fluorenone density compare to other organic compounds?

A: Fluorenone's density falls within a typical range for organic compounds. For example, when compared to Ag₂CO₃, another prevalent organic substance, fluorenone exhibits a slightly higher density, which can be relevant in various applications.

Q: Where can I find reliable fluorenone suppliers?

A: Reliable sourcing can often be achieved through established distributors. For high-quality building blocks like fluorenone, look for amine suppliers who specialize in various organic compounds.

In conclusion, understanding fluorenone density is integral to its application in chemistry. With clarity on this key property, users can engage more effectively in their scientific endeavors. For further information on fluorenone, please visit fluorenone density.