Three beakers contain clear, colorless liquids. one beaker contains pure water, another contains salt water, and another contains sugar water. how can you tell which beaker is which? (no tasting allowed! )

To differentiate the three solutions in a beaker, the electrode circuit test and direct current source and the heating process are used

Electric current in an electrolyte solution is caused by the ions that move between the electrodes with one another. So these ions are the conductor of electricity.

Electrical conductivity can be interpreted as the ability of a conductor in this case an electrolyte solution to move an electric charge

Electrical conductivity indicates an easy measure of whether or not a solution conducts an electric current.

Based on the electrical conductivity, electrolytes can be grouped into strong electrolytes and weak electrolytes

Liquid substances can be grouped based on their electrical conductivity, namely electrolyte and non-electrolyte solutions.

The sign of the solution is an electrolyte can be used a test equipment consisting of a series of electrodes and a direct current source. If the light is on, the solution is an electrolyte solution

Some substances in the solid state cannot conduct electricity but in a liquid / solution state can conduct electricity.

examples of strong electrolyte solutions: HBr, NaCl

Example of a weak electrolyte solution: CH₃COOH

Examples of non-electrolyte solutions:

Sugar Solution (C₁₂H₂₂O₁₁), Ethanol (C₂H₅OH), Urea (CO(NH₂)₂)

Of the three beaker water which is an electrolyte solution is a salt solution (NaCl), while water and sugar are not an electrolyte solution, so that when tested in a series of electrodes and direct current sources ,they cannot turn on the lights

Furthermore, to distinguish between water and sugar solution, the heating process can be carried out and the boiling point measured with a thermometer.

The boiling point of the sugar solution will be greater than water because there are sugar solutes

colligative properties

link

Raoult's law

link

The vapor pressure of benzene

link

The freezing point of a solution

link

link

link

Keywords: Boiling Point, electrolyte solution

6.4 cm (max) - 25 cm (min)