How Do I Determine Salt Density and Convert Voltage to Intensity for Graphing?

AI Thread Summary
The average density of crystalline sodium chloride (table salt) is approximately 2.17 g/cc. To determine the mass of a salt particle, knowing its volume and this density is essential. For graphing intensity against scattered angle in laser diffraction, voltage values can be used, but converting them to intensity values is recommended for accuracy. This conversion will provide a more meaningful representation of the data. Utilizing resources like www.matweb.com can assist in finding material properties.
stevenbarea
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Can anyone tell me what the density of salt is on average? I know there are many types of salt, but there must be an average value to this right?
Because I’ve got the volume of this salt particle and I need its density in order to work out the mass.

I also want to plot a graph of Intensity against scattered angle, for the diffraction of laser light by particles. But I have voltage values instead of intensity values, Shall I still use the voltage values for my graph or do I convert it to intensity values?

Thanks a lot
From steve
 
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If you're talking about crystalline sodium choride, it's about 2.17 g/cc.

Check out www.matweb.com
 
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