When the ammonium chloride dissolves in the water, it is an endothermic reaction. The energy for the reaction comes from the water. Since the water is losing energy, the temperature of the solution decreases, which in turn decreases the temperature of the beaker because of heat transfer.
It does not react in water, so it becomes Diluted Ammonium iodide
Ammonium Chloride is slightly acidic salt of NH4+ and Cl-. Though most people erroneously think ammonium chloride is a base (understandably from the "ammonium" part) it is actually an acidic salt. The positive charge of NH4+ and Cl- essentially forms an ion-ion interaction similar to NaCl. The difference is that for the case of ammonium chloride this ion-ion interaction is strong enough such that it requires a degree of energy to break the ionic interaction. Room temperature distilled water provides a sufficient amount of energy needed to separate and solubilize these charges. If you want to think about the thermodynamics it can be shown thusly: Free energy of solvation of ammonium chloride is some number dG = +X, indicating an endothermic process. The heat/energy of room temperature water has a degree of heat or enthalpy of some number dH = -Y which is sufficient to change dG to a negative number: -X making it favorable. In short, as the dG of the solvation of ammonium chloride becomes negative (more favorable), it is taking heat (enthalpy) from water, making it colder. Hope this helps.
When it gains an electron. It then becomes a negative ion.
calcium
god wanted it that way
nothing happens. it becomes an aqueous solution of ammonium chloride
They are simply separated by Sublimation process , heat the mixture in an open container and put a large inverted funnel on container the Ammonium chloride becomes sublimed and its white crystals becomes deposited on the walls of funnel leaving the Lead chloride in container.
I know that it drops, but I don't know what the temperature becomes. It is quite cold though.
When the sodium chloride dissolves in water, it becomes an aqueous solution. As a related sidenote, when sodium chloride reacts with water, it becomes hydrochloric acid + sodium hydroxide, which can be illustrated by the balanced equation: H2O + NaCl <-> HCl + NaOH
for preparing ammonia gas (NH3)from ammonium chloride and calcium hydroxide in water.Reactantsammonium chloride (NH4Cl)calcium hydroxide [Ca(OH)2]Gas PreparationGently heat a mixture of ammonium chloride and calcium hydroxide in water. Collect the ammonia from the upward displacement of air in a hood.ReactionCa(OH)2 + 2NH4Cl --> 2NH3 + CaCl2 + 2H2O
As the pumps are used to transfer the liquid from one place to another place,not solid. ammonium chloride is a crystalline solid. if we make solution of ammonium chloride with the water it becomes slightly acidic,when this acidic solution passes through the carbon steel make pump,it will corrode the pump because the carbon steel is not resistant to corrosion. also the oxide layer form is dissolved by the solution which causes the rate of corosion increases and ultimately the equipment damaged.
It does not react in water, so it becomes Diluted Ammonium iodide
Ammonium Chloride is slightly acidic salt of NH4+ and Cl-. Though most people erroneously think ammonium chloride is a base (understandably from the "ammonium" part) it is actually an acidic salt. The positive charge of NH4+ and Cl- essentially forms an ion-ion interaction similar to NaCl. The difference is that for the case of ammonium chloride this ion-ion interaction is strong enough such that it requires a degree of energy to break the ionic interaction. Room temperature distilled water provides a sufficient amount of energy needed to separate and solubilize these charges. If you want to think about the thermodynamics it can be shown thusly: Free energy of solvation of ammonium chloride is some number dG = +X, indicating an endothermic process. The heat/energy of room temperature water has a degree of heat or enthalpy of some number dH = -Y which is sufficient to change dG to a negative number: -X making it favorable. In short, as the dG of the solvation of ammonium chloride becomes negative (more favorable), it is taking heat (enthalpy) from water, making it colder. Hope this helps.
Dust and rust. Not a phenomenon
Dust and rust. Not a phenomenon
it becomes a solution and it dissolves into the water so you cant see it.
CHI doesn't exist. Perhaps you meant HCl (hydrogen chloride gas). If so, when placed in water, it becomes hydrochloric acid which ionizes into H+ and Cl-