It depends on what is in the mixture.
If it's cake batter with flour, sugar, salt, butter, etc. then yeh it's basically impossible.
But if it's a mixture of marbles and sand then you can easily separate those.
your tooth is made of enamel and bone so what ever the bone is made of and enamel is the answer
No,it is impossible
A mood ring is a ring which contains a thermochromic element, such as liquid crystal.It is not especially a heterogeneous mixture, if it is a mixture of what so ever.
It is impossible for there to be an error in base-pairing. 'A' can only ever join with 'T', 'G' can only ever join with 'C'. It is physically impossible for 'A' to join with 'C' or any other false combination.
Yes, though it's usually not trivial to do so.
No, they are separate species and cannot interbreed.
your tooth is made of enamel and bone so what ever the bone is made of and enamel is the answer
A heterogeneous mixture is a mixture of things that can be clearly seen as separate. For example, oil droplets in water, peas in a bowl of soup,Oil in water is also an example of an immiscible solution because the two fluids will not ever mix, you can try to mix oil+water if you shake them vigorously enough and they will then look homogeneous and cloudy for a few seconds, but then they separate again.A homogeneous mixture is one in which the different components are so thoroughly mixed that they cannot be visibly distinguished. For example, proteins and water in a glass of milk, most acids in water, the air we breath, petrol, to name a few.What is "visibly distinguishable" in a mixture depends on your point of view of course: at a fine enough magnification all mixtures will seem heterogeneous, and at a coarse enough resolution all mixtures will look homogeneous.
Nope. Its not a homogenous mixture. Homogenous mixtures are uniform throughout, and the parts do not separate from each other. Have you ever looked at Italian dressing (which has vinega and oil in it) after you let it sit in your fridge for any length of time? You can see the oil separate from the rest of the dressing.
Simply heat the mixture. Given that they have different boiling points, one will evaporate before the other and thus you will have two separate substances
It is not impossible.
No, not ever. They have separate games.
it is an impossible to answer
The ever so impossible missi.
In order to separate sand and salt without filter paper you need to place mixture in container with an excess of water. You use an excess of the solvent so that you decant the salt water with a pipette or what ever you are using. Remember you will want to stir the mixture so salt goes into solution. You can repeat adding water to your liking and removing more salt water and then dry the sand.
its impossible to answer, its a matter of opinion.
no that is impossible