<em>Copper(II) sulfate in its purest form is white. Because it is devoid of water, it is also known as anhydrous copper(II) sulfate. A sample of copper(II) sulfate becomes blue when water is present.</em>
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<em>• Temperature measurements </em>
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<em>Temperature testing aids in determining the pace of biochemical reactions in an aquatic environment, as well as whether they can occur at all. If the water temperature is too high, the water's ability to contain oxygen is reduced, and organisms' ability to withstand certain contaminants is reduced.</em>
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<em>• Checking the pH level</em>
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<em>This instrument determines the acidity of water. The majority of aquatic species can only thrive in a pH range of 6 to 8.</em>
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<em>• Test for chloride</em>
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<em>Chloride may be found in both fresh and salt water. Mineral dissolution and industrial pollutants, on the other hand, can worsen its levels.</em>
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<em>• Testing for salinity</em>
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<em>The total amount of non-carbonate salts dissolved in water is calculated. The salinity of your groundwater can tell you how salty your topsoil will become as the water table rises.</em>
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<em>• Oxygen Dissolved Test</em>
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<em>The amount of oxygen dissolved in water is measured with this device. Aquatic life can't conduct cellular respiration without it, hence it's an important indication of water quality.</em>
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<em>• Test for turbidity</em>
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<em>Measures the quantity of suspended particle matter in the water, or, to put it another way, how clear the water is. When there is a lot of turbidity in the water, photosynthesis suffers because light can't get through, which raises the water temperature.</em>
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<em>If you need more let me know!</em>
