Distillation is the method we use to obtain pure water from ink. Firstly you put inky water in a conical flask and turn on your Bunsen burner and the inky water starts boiling and the steam from that go into the condensing tube and then into the cooling tube and the steam turns back into water you have done distillation. But you have to remember that the water boiling point is 100 Celsius degrees and the boiling point of the ink is higher than Celsius 100 degrees so that it is left behind .
Yes.
Steps
1. put the milk ink or vinegar into a pot
2. put a clear lid on top of the pot
3.boil it until there is water on top of the lid
4. when water appears it means condesation has taken place which means you have extracted water from milk ink or vinegar.
Distillation is the easiest option,
with two liquids you use water and the ink,
The water has a lower boiling point than ink so the the water is evaporated then condensed while the ink is left behind....
I hope that's helped x
Ink diffuses in water because of the random motion of the water and ink molecules. Random motion refers to the motion that has no predictability as in the case of water and ink where ink moves from an area of higher concentration to one of lower concentration.
what you do is boil the liquid and collect the steam to find out if water can be obtained from vinegar, ink, and milk.
You could boil it and condense the water vapor.
to get pure water you should boil the ink and then condense the water vapour.
yes
yes
To separate pure water from a thicker liquid substance, like ink.
If it's water based ink, it'll just get less opaque. Solvent-based inks will do whatever the solvent in them would do if put into water by itself. Ink for book printing would just sink to the bottom of the water in one big lump.
Dissecting Milk
Not a lot. But distillation is used to separate the components of a mixture. A scenario where distillation of urine for example is useful is if you are stranded in a desert. You can find a way to distill your urine so that the water in it evaporates and condenses so that you have pure drinkable water... Distillation of ink however is not very useful unless you wanted to identify different parts of ink
Ya! it is defiitly bcus i tested it! yay me!
Evaporate the water, leaving the ink behind.
The ink would mix into the water and become diluted.
To separate pure water from a thicker liquid substance, like ink.
Evaporation.... When u heat the ink, water evaporates, leaving the dye behind. sources--NCERT class nine book
no it does not use oilit uses pure ink
Distillation is used to separate pure water from a thicker liquid substance, such as ink. It does this by heating the water, which then evaporates and rises, leaving the ink. It then travels down a tube, surrounded by a condenser which changes it from water vapor back to water, and then it falls into a beaker at the other end.
Although this question is vague (what is a pure substance) I suspect that the best answer is, "No". To prove this take a black felt tip or roller ball pen (not an oil based ball point pen) and draw a line on a paper towel. Now wet the paper towel near the ink mark so that the water is absorbed and is drawn through the towel and across the ink. You should see the ink diffuse with the water and see the various color in the ink diffuse at different rates. This is called chromatography. You should see ink colors of blue, purple, red. If you google for chromatography you'll find a variety of simple home experiments.
The molecules in the drop of ink will diffuse through the entire beaker of water. This will result in a homogeneous solution because of diffusion. This will only happen if the ink is of similar density to water.
If it's water based ink, it'll just get less opaque. Solvent-based inks will do whatever the solvent in them would do if put into water by itself. Ink for book printing would just sink to the bottom of the water in one big lump.
You can do so by heating the ink. This way, water will evaporate , leaving the colored component ( dye ) behind. sources --> NCERT class nine book (:
Dissecting Milk
You can use distillation and evaporate the water out, which will leave behind whatever made the ink blue.