Specific Gravity of Ethylbenzene Vs. Temperature

Ethylbenzene is a clear colorless liquid that has a gasoline-like odor. Ethylbenzene is used in the production of many manufactured goods including styrene, asphalt, mothballs and fuels. Its specific gravity is 0.867 at 20 degrees C.
  1. Specific Gravity

    • A substance that sinks is more dense than water. A substance that floats is less dense than water.

      Specific gravity is a dimensionless unit also known as relative density. It divides the density of the substance of interest by the density of water at a specific temperature. Specific gravity is generally used to help identify an unknown substance because every substance has a particular specific gravity at 20 degrees Celsius.

      Specific gravity = density substance / density of water

    Ethylbenzene and Specific Gravity

    • Carefully weigh, measure and take notes to help you to plot results later.

      We have to take into account the change in density of water and ethylbenzene to plot the changes in specific gravity with changes in temperature. Water's density drops as its temperature is raised. To determine ethylbenzene's density, divide its mass at a specific temperature by its volume at this temperature (D=M/V). To determine its specific gravity, make sure to divide the new density of ethylbenzene by the density of water at this temperature.

    Safety

    • Seek medical attention if exposure occurs.

      Ethylbenzene is considered to be a dangerous substance. It is a suspected embryotoxin and teratogen. It is a skin, lung and eye irritant. Avoid this substance while pregnant. Do not inhale its vapor or get this substance on your skin. Always wear proper safety equipment when handling chemicals and work in a fume hood. Ethylbenzene is extremely flammable so avoid open flames when working with this substance.

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