Identifying Material Based on Density

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The discussion revolves around identifying materials based on their densities, specifically for three woods and two metals. Users are seeking reliable online resources that provide density tables for various materials, with suggestions including the NIST website and Engineering Toolbox. It is highlighted that density can vary due to factors like moisture content and temperature, suggesting a range of values should be considered for accurate identification. Additional properties such as color and texture may also aid in distinguishing the materials. Overall, the thread emphasizes the importance of using comprehensive resources and considering multiple factors in material identification.
AKG
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My sister has an experiment where she's found the densities of 3 woods and 2 metals, and is asked to identify the materials based on these calculations. Does anyone know of any good links to tables that has various woods and metals and their densities. I have a table of properties of various woods, but the densities she found don't exactly show up on the table. Thanks. In case you happen to know off-hand, or if it helps finding an appropriate table, the values are:

Wood A : 0.646 g/cm³
Wood B : 0.178 g/cm³
Wood C : 0.634 g/cm³
Light Metal : 2.95 g/cm³
Dark Metal : 8.48333... g/cm³
 
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http://www.mc2-ice.com/popular_conversion/popular_conversion_files/material/weights.html

But you have to convert to the US/Brit measurement (imperial).

Hope this helps

___________________
Mark
 
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There are many resources available online that provide tables of densities for various materials, including woods and metals. One useful source is the National Institute of Standards and Technology (NIST) website, which has a searchable database of material properties. Another option is the Engineering Toolbox website, which has a comprehensive list of densities for common materials, including woods and metals.

In terms of your sister's experiment, it is important to note that the densities of materials can vary depending on factors such as moisture content and temperature. It may be helpful to compare the values she obtained to a range of densities for each material rather than relying on a single value. Additionally, it may be useful to consider other properties of the materials, such as color and texture, to further aid in their identification.

I hope these resources are helpful in identifying the materials your sister tested. Good luck with the experiment!
 

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