# Density of salt and graphs

• stevenbarea
In summary, the density of salt on average is about 2.17 g/cc for crystalline sodium chloride. If you're looking to plot a graph of intensity against scattered angle, you should use the voltage values and convert them to intensity values. For more information, you can check out www.matweb.com.

#### stevenbarea

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

Check out www.matweb.com

The average density of salt varies depending on the type of salt and its crystalline structure. However, the most commonly used salt, table salt (sodium chloride), has a density of 2.16 grams per cubic centimeter. Other types of salt, such as sea salt, may have slightly different densities.

To calculate the mass of your salt particle, you can use the formula density = mass/volume. So, if you have the volume of the salt particle, you can rearrange the formula to solve for the mass.

In terms of your graph, it would be best to use intensity values instead of voltage values. Intensity is a measure of the amount of light passing through a specific area, while voltage is a measure of the electrical potential difference. Therefore, intensity values would be more relevant for your graph. However, if you do have voltage values, you can convert them to intensity values using the formula I = V/R, where I is intensity, V is voltage, and R is resistance. This will give you a more accurate representation of the diffraction of laser light by the particles.

I hope this helps! Good luck with your calculations and graphing.

## What is the density of salt?

The density of salt, or sodium chloride, is approximately 2.16 grams per cubic centimeter.

## How is the density of salt measured?

The density of salt can be measured by dividing the mass of a given amount of salt by its volume. This can be done using laboratory equipment such as a balance and a graduated cylinder.

## Why is the density of salt important?

The density of salt is important in various industries, including food production, chemical manufacturing, and oil drilling. It is also used in scientific research and can provide valuable information about the properties of salt.

## How does the density of salt affect its solubility?

The density of salt can affect its solubility in water. Higher density salt will dissolve more slowly in water compared to lower density salt. This is due to the stronger bonds between the molecules in higher density salt.

## How is the density of salt represented in a graph?

The density of salt can be represented on a graph by plotting the mass of salt on the y-axis and the volume of salt on the x-axis. The slope of the line connecting the data points represents the density of salt, with a steeper slope indicating a higher density and a flatter slope indicating a lower density.