Heat the mixture, which will make the water evaporate, leaving behind the salt.
No, a mixture of powdered juice and water can not be separated by filtration. Once the powdered juice and water are mixed together they become one and can be filtered out.
All mixtures can be separated easily, chemical reactions cannot.
Mortar is sand cement and water mixed together . Once allowed to dry and set , holds your building blocks, bricks etc together .
yes they can be separated because by nature, red eared sliders are solitary creatures.
Well, If you ever mix them together, stick your hand in to it and it will feel like mud in water. Then if you punch it, it will feel solid, but it won't hurt. (I once saw this video of a women running on a big pool of cornstarch and water mixed together and when she stopped, she began to sink into the water/cornstarch)
Rivers are usually freshwater. Where the river meets the sea, the water may be briny as fresh and salt water get mixed together. Further out, the once freshwater becomes seawater and is too salty to drink.
no because in sediment the particles can be filtered but once the salt is mixed. it can't be filtered
These types of teams are put together to complete a task or project and once the task has been accomplished then the team is separated.
Yes it is. Once mixed it can never be altered or undone
Nothing at all. They mix together to form a mixture which can be easily separated using a magnet to pull the iron out of the Sulphur. However if the two are heated strongly then iron sulphide will form. Once this chemical reaction has occurred they are almost inseparably under normal conditions.
Fully commingled, or single-sort, recycling is the system in which papers fibers, metals, and plastics are mixed in a collection trunk rather than being separated into separate commodities. This method is designed so that commingled materials can be handled all at once. Later, the materials will be separated at a materials recovery facility.
This is an example of a physical reaction, as the salt can be separated from the water once more by evaporation - they can be returned to their original states.