CaCl3 does not exist, it is an impossible molecular formula.
But if it were possible, then it would have been a salt, definitely soluble in water and it might possibly be hydrated in crystallised solid form with 2 molecules of H2O, if that is what you've meant by 'aqueous.
However if you meant CaCl2: this is soluble salt (Calcium chloride) of which also mono-, di-, tetra-, and hexa-hydrates exist.
No, fluorite is not water soluble. It is a mineral that is typically insoluble in water.
Libr is soluble in water.
Baby powder is insoluble in water, as it does not dissolve but rather forms a suspension when mixed with water.
Aluminum chloride is soluble in water.
They will dissolve if you put them in the right acids
Yes, CaCl2 (calcium chloride) is soluble in water. It dissolves readily in water to form a clear solution.
Ag2CrO4 is insoluble in water.
No, fluorite is not water soluble. It is a mineral that is typically insoluble in water.
Soluble
Soluble
Libr is soluble in water.
It is soluble
What? It IS soluble in water.
No, it is insoluble.
It is soluble in water.
Baby powder is insoluble in water, as it does not dissolve but rather forms a suspension when mixed with water.
Something that is soluble can dissolve in a liquid (like sugar in water), but something that insoluble cannot (like rocks in water).