There are some basic water tests that don't have anything to do with chemical testing: conductivity, odor, sediment, and turbidityAlthough its formula (H2O) seems simple, water exhibits very complex chemical and physical properties. For example, its melting point, 0 ?C (32 ?F), and boiling point, 100 ?C (212 ?F), are much higher than would be expected by comparison with analogous compounds, such as hydrogen sulfide and ammonia.Pure copper(II) sulfate is white. It is also known as anhydrous copper(II) sulfate because it has no water in it. When water is present in a sample of copper(II) sulfate it turns blue.Pure copper(II) sulfate is white. It is also known as anhydrous copper(II) sulfate because it has no water in it. When water is present in a sample of copper(II) sulfate it turns blue.There are some basic water tests that don't have anything to do with chemical testing: conductivity, odor, sediment, and turbidityAlthough its formula (H2O) seems simple, water exhibits very complex chemical and physical properties. For example, its melting point, 0 ?C (32 ?F), and boiling point, 100 ?C (212 ?F), are much higher than would be expected by comparison with analogous compounds, such as hydrogen sulfide and ammonia.Pure copper(II) sulfate is white. It is also known as anhydrous copper(II) sulfate because it has no water in it. When water is present in a sample of copper(II) sulfate it turns blue.Although its formula (H2O) seems simple, water exhibits very complex chemical and physical properties. For example, its melting point, 0 ?C (32 ?F), and boiling point, 100 ?C (212 ?F), are much higher than would be expected by comparison with analogous compounds, such as hydrogen sulfide and ammonia.There are some basic water tests that don't have anything to do with chemical testing: conductivity, odor, sediment, and turbidityAlthough its formula (H2O) seems simple, water exhibits very complex chemical and physical properties. For example, its melting point, 0 ?C (32 ?F), and boiling point, 100 ?C (212 ?F), are much higher than would be expected by comparison with analogous compounds, such as hydrogen sulfide and ammonia.Pure copper(II) sulfate is white. It is also known as anhydrous copper(II) sulfate because it has no water in it. When water is present in a sample of copper(II) sulfate it turns blue.Pure copper(II) sulfate is white. It is also known as anhydrous copper(II) sulfate because it has no water in it. When water is present in a sample of copper(II) sulfate it turns blue.Pure copper(II) sulfate is white. It is also known as anhydrous copper(II) sulfate because it has no water in it. When water is present in a sample of copper(II) sulfate it turns blue.
