There are countless millions of chemicals that dissolve in hot water (or even in cold water). I don't know why you think there are only two. Water is a tremendously versatile solvent.
The hot water solution cools and evaporates, leaving behind the mineral.
Evaporization is when water is released in the form of a molecules in the air.
No.
Evaporation moves the water from the earth's surface up into the atmosphere. It helps to make the water form clouds from water vapour and condensation. It helps to convert the water vapours (its gas form) to water (its liquid form).
Without water, there would be no life on Earth as we know it. According to scientists, water is the fundamental life-producing ingredient. It is believed that any planet that contains water in liquid form has a high degree of chance in producing life. Water is an universal solvent with many unique properties (e.g., water in ice form floats and expands while other frozen solvents increase density and reduce in size) and it is this property that provides life to aquatic micro-organisms, which can evolve into aquatic animals or land animals.
The two minerals dissolve in hot water to form solutions are sugar and salt. They will form a homogeneous solution as they completely dissolve in water.
The two minerals dissolve in hot water to form solutions are sugar and salt. They will form a homogeneous solution as they completely dissolve in water.
They are called solutes.
AcidsBasesSaltsBecause they all give out ions when they're dissolved in water.
substances that dissolve in water include, sugar, salt and others.
Whichofthefollowingisclosesttotheaveragemassofoneatomofcopper?(Cu=63.55
There are countless millions of chemicals that dissolve in hot water (or even in cold water). I don't know why you think there are only two. Water is a tremendously versatile solvent.
MgCl2 will dissolve in water to form?
Things that do not dissolve are called insoluble.
its not D. none of the above
Yes
These oxides are called amphoteric because they can dissolve in acidic solutions to form metal cations in the solutions but can also dissolve in strongly alkaline aqueous solution to form oxyanions of the metals: aluminate or zincate.