It is most useful when crystals are being filtered out of a desired product. Why is water a good solvent for the recrystallization of acetanilide? Acetanilide readily dissolves in hot water, but is insoluble at low temps. Thus, it dissolves in hot water but crystalizes easily when cool.
Acetanilide dissolves in hot water but crystalizes when cool because it is insoluble in low temperatures.
It is a non volatile solvent.
Water is a good solvent for the recrystallization of acetanilide only at high temperatures. This process does not work at low temperature water. At high temperatures this is a good solvent because its polarity is neutral and the molecules are rapidly moving around.
An ideal crystallization solvent should be unreactive, inexpensive, and have low toxicity.It is also important that the solvent have relatively low boiling point as its best if the solvent readily evaporate from the solid once recovered.For most organic compounds, water is not a good recrystallization solvent.
ethanol alone is not a good solvent for this substance recrystallization and the compound has a very low solubility in hot or cold water.so ethanol and water are mixed together as solvent for crystallization of p-dibromobenzene that is soluble in the hot solvent mixed.so the turbidity of the hot solution shows the good mixture of ethanol and water as solvent.
Water vapor would be the solvent. Water alone is a good solvent.
A universal solvent doesn't exist; water is a good solvent for many materials.
A universal solvent doesn't exist; water is a good solvent for many materials.
Yes it's the universal solvent
its a good solvent
Water is a very good and known solvent but it is not an universal solvent. An universal solvent doesn't exist and is absolutely impossible to obtain an universal solvent.
pentane will be good solvent for naphthalene.
Water is a good solvent because it has polar -O-H groups and the same reason makes water a good solvent for polar compounds as acetic acid and hydrochloric acid. Water is not a good solvent for non polar compounds such as bromine and iodine.