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Yes, it is possible, the speed is depending on the granulometry.

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11y ago

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Why used filtration to separate chalk from water?

Filtration is used to separate chalk from water because chalk is insoluble in water. When the water containing chalk is passed through a filter, the chalk particles are trapped by the filter paper, while the water passes through, resulting in the separation of the two substances.


Can filter paper separate chalk powder?

No, filter paper is not suitable for separating chalk powder. Chalk powder is insoluble in water, so it will not pass through the filter paper when mixed with water. To separate chalk powder from water, you can use techniques like sedimentation or decantation.


How could you separate chalk from water using simple lab apparatus?

One way to separate chalk from water is through filtration. Pour the chalk-water mixture through filter paper in a funnel. The water will pass through, leaving the chalk behind on the filter paper.


How do you separate salt water from the mixture of chalk powder mixed in water?

Pass the mixture through filter paper. The salt water will pass through leaving the chalk behind in the filter paper.


What apparatus is used when filtering in science?

A funnel and filter paper are commonly used when filtering in science. The mixture is poured through the filter paper in the funnel, which helps separate the solid from the liquid components. The solid remains on the filter paper while the liquid passes through.


How do you separate chalk and copper sulfate?

One way to separate chalk and copper sulfate is through filtration. The copper sulfate (being soluble) can be dissolved in water to form a solution, while the chalk remains as a solid. The mixture can then be filtered, allowing the solids (chalk) to be retained on the filter paper while the liquid (copper sulfate solution) passes through.


Separate chalk from a mixture of chalk and copper sulfate solution?

To separate chalk from a mixture of chalk and copper sulfate solution, you can add water to dissolve the copper sulfate, leaving behind the chalk. The water-soluble copper sulfate will form a blue solution, allowing you to filter out the chalk residue, which is insoluble in water.


When chalk dissolves in water how can it be collected?

Chalk particles can be collected by using a filtration process. A filter paper or a fine sieve can be used to separate the dissolved chalk particles from the water. The water can then be evaporated to obtain the solid chalk residue.


How do you separate chalk and sugar?

One way to separate chalk and sugar is by dissolving the mixture in water - the sugar will dissolve while the chalk will not. The two can then be separated by filtering the mixture to collect the chalk residue from the filter paper and allowing the water to evaporate to collect the sugar.


What is a material deposited in filter paper?

- The material that is trapped by filtering paper is called residue. From www.dictionary.com residue is an object/material that remains after another part is removed/disposed or used.For example:If you had a beaker (a beaker is a glass container) filled with dirty, muddy water. Then used filtering technique(which is a technique where you use filtering paper and sit it on top of a beaker or cup and pour the muddy, dirty water into this cone shaped filtering paper. Making the water soak through and come through the bottom of the paper leaving the muddy, dirty substance in the cone this is called residue.


What is the liquid that pass through the filtering funnel?

Filtrate. the ones trapped by the filter paper is called the residue


When filtering why is it necessary not to overflow the filter paper that is seated in the funnel?

Overflowing the filter paper can disrupt the filtration process by causing liquid to bypass the filter paper or leak through the sides of the funnel, reducing the effectiveness of the filtration. It can also result in contamination of the filtrate with the solid particles being filtered out. Keeping the filter paper below its maximum capacity ensures that the filtration is efficient and the desired separation is achieved.