dirt
When the water of hydration has been removed, the substance is called an anhydrous compound. This means that the compound no longer contains water in its chemical structure.
No, this process of removing gold flakes by filtering them out is a physical change, not a chemical change. This is because the gold flakes are still the same substance before and after filtering; only their physical state has been altered.
Water is a non-flammable substance and cannot burn.
Filtering is a process that removes particles in suspension in a liquid. So, anything that does not dissolve in a liquid can be filtered out. Dissolved substances and pure substances, however, cannot be removed by filtering.
Charcoal is more effective for filtering water than coke.
It is removed by filtering
Filtering is a process that removes particles from a liquid. Filtering also cannot add anything to a liquid. Seeing as muddy water is water with dirt in it, filtering is not a process that can make muddy water.
It is removed by filtering
Sand, grit, and bacteria.
No, because filtering through coal only removes particles, however, a salt which is dissolved in water and is a solution can not be physically filtered through coal. An example of filtering salt would be evaporating the salt water which leaves with salt
When the water of hydration has been removed, the substance is called an anhydrous compound. This means that the compound no longer contains water in its chemical structure.
No, this process of removing gold flakes by filtering them out is a physical change, not a chemical change. This is because the gold flakes are still the same substance before and after filtering; only their physical state has been altered.
The wastewater is first treated using secondary treatment which includes biological treatment, filtering.
Water is a non-flammable substance and cannot burn.
Filtering does not remove dissolved substances, like the salt in sea water. You could filter out the grit and algae, but the water would still be too salty to drink.
Carbon dioxide and water
Carbon dioxide and water