Most succesfully you should try with dilute nitric acid, be careful with concentrated acids. All nitrates are soluble!
I do not know why but all chlorides except silver and lead(II) chlorides are soluble. All sulphates are soluble except barium, lead(II) and calcium sulphate. All carbonates are insouble except ammonium, potassium and sodium carbonate. All ammonium, sodium and potassium salts are soluble. All nitrates are soluble. As for hydroxides, all are insoluble except potassium, sodium and ammonium hydroxide (aqueous ammonia). Calcium hydroxide is slightly souble.
You can't. But consider... 1. ...that very few proteins are insoluble in their native context (that of a living organism), meaning that your attempts to mimic the conditions that the protein normally sees have failed so far. So you can try alternative conditions to make it soluble (different salts, etc). 2. ...that many proteins are composed of independently-folded modules ('domains'), and individual modules can be made and purified in isolation of the others. These isolated domains might be soluble even if the whole protein is not.
It's because starch is a polysaccharide. A polysaccharide has thousands and thousands of monosaccharides bonded together. All those bonds make the starch hard to break apart and dissolve in water.
step 1: take a container and add 50 ml of solvent (WATER) in it . step 2: boil the solvent (WATER) for 2 mintues then add insoluble (tea leaves). step 3: add soluble (SUGAR) and leave it for few mintues. step 4: stir the solution (TEA) until the sugar is dissolved and add liitle solute (milk) according to taste . step 5: take a filtrate keep it on a cup and pour the tea . step 6: the insoluble residue will be left throw it out and you tasty recipe will be ready.
If a compound is insoluble in water, it will likely be insoluble in blood as well because blood is primarily water-based. The compound's chemical properties that make it insoluble in water will also prevent it from dissolving in the aqueous environment of blood.
soluble fiber is digestable, and insoluble fiber is not.1 will dissolve to make a solution, 1 won't.
Insoluble generally means that a substance does not dissolve in water. Some examples include: sand, fats, wood, metals, and plastic. So you'd just make an item out of one of those insoluble parts.
A solute is a solid that dissolves in the liquid. The liquid is called the solvent. Together, they make the solution.If the solute dissolves in the solvent, it means that the solid is soluble. If it doesn't, it is insoluble.
No, white sand is not soluble in water. Sand is composed of particles of minerals such as quartz and feldspar, which are insoluble in water. When mixed with water, sand will settle to the bottom rather than dissolve.
Large insoluble molecules get broken down into smaller soluble molecules through processes like digestion, hydrolysis, or decomposition. This allows the body to absorb and utilize the essential nutrients present in these molecules.
Dissolve it in diluted nitric acid. WARNING: This is potentially highly dangerous and proper safeguards should be employed, for example gloves, facemask, fume cupboard with shield down etc etc. and take advice.
If a salt is soluble then its granulated form is ALSO soluble, though it might take some more time when coarsely in stead of fine. However there are also quite a lot of INsoluble salts, in case of which grinding never does help to make it (more) soluble!
Two important rules are: - polar compounds are soluble in water - nonpolar compounds are soluble in nonpolar solvents But is essential to make experiments to determine the solubility.
Water will thin white glue and at some point make it useless.
Zinc oxide is the insoluble base that can be mixed with sulfuric acid to produce zinc sulfate. When zinc oxide reacts with sulfuric acid, it forms zinc sulfate and water in a chemical reaction.
Sodium hydroxide (NaOH) is an insoluble base that can be used to make copper sulfate. When sodium hydroxide is added to a solution of copper sulfate, a blue precipitate of copper hydroxide forms. This precipitate can be filtered and then reacted with sulfuric acid to produce copper sulfate.
Usually it is unsoluable, but it is soluable with Fe3+, NH4+ and the group 1 in the periodic table (these cations, except for Fe3+, make all anions soluable).