ULTIMATE ANALYSIS Meaning and
Definition
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Ultimate analysis refers to a comprehensive chemical analysis performed on a substance or mixture to determine its elemental composition. It is used across various scientific fields, including chemistry, environmental science, and materials science. The purpose of ultimate analysis is to identify and quantify the precise amounts of individual elements present within a sample.
In an ultimate analysis, the substance is usually subjected to various analytical techniques and instruments to measure the elemental composition accurately. These techniques typically involve the use of instruments such as atomic absorption spectroscopy, gas chromatography, mass spectrometry, or spectrophotometry. By employing these methods, the concentration of elements like carbon, hydrogen, nitrogen, oxygen, sulfur, and others can be determined.
The results of an ultimate analysis are crucial in understanding the properties and nature of the substance being analyzed. They can provide valuable information about the chemical composition, purity, or contaminants present in a product or sample. For instance, in environmental science, an ultimate analysis of air pollutants can help identify the sources and assess the potential health risks they pose.
Ultimate analysis is also vital in industrial processes, such as fuel production, where the composition of substances greatly influences their performance and efficiency. By conducting this type of analysis, engineers and chemists can develop strategies to enhance product quality, optimize processes, or meet regulatory standards.
In summary, ultimate analysis is a thorough investigation of the elemental composition of a substance using advanced analytical techniques. It plays a significant role in various scientific disciplines and industries, aiding in quality control, understanding, and decision-making processes.
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The resolution of a substance into the various elements composing it; opposed to proximate a.
A practical medical dictionary. By Stedman, Thomas Lathrop. Published 1920.
Common Misspellings for ULTIMATE ANALYSIS
- yltimate analysis
- hltimate analysis
- jltimate analysis
- iltimate analysis
- 8ltimate analysis
- 7ltimate analysis
- uktimate analysis
- uptimate analysis
- uotimate analysis
- ulrimate analysis
- ulfimate analysis
- ulgimate analysis
- ulyimate analysis
- ul6imate analysis
- ul5imate analysis
- ultumate analysis
- ultjmate analysis
- ultkmate analysis
- ultomate analysis
- ult9mate analysis
Etymology of ULTIMATE ANALYSIS
The term "ultimate analysis" originates from the field of chemistry. It combines the word "ultimate", borrowed from Latin "ultimus", meaning "last" or "furthest", and the word "analysis", derived from the Greek roots "ana" (meaning "up" or "through") and "lysis" (meaning "loosening" or "dissolution").
In chemistry, "ultimate analysis" refers to the process of determining the elemental composition or constituents of a substance or compound, going down to the fundamental or "ultimate" level. It involves breaking down a substance into its basic constituents or elements to determine their relative quantities, usually through methods like combustion or chemical reactions.
The term "ultimate analysis" is commonly used in the context of organic chemistry, where it helps in determining the molecular formula and structural composition of organic compounds.
