Electrolysis will start.
stuff
No. Aluminum will degrade faster than most metals, especially if it is left in salt water, such as at the bottom of the ocean. This is true. Aluminum foil is not biodegradable. your welcome, : )
you can't but you can put some salt in water stir it up and place a few drops of it on tin foil. let it dry for a day in the sun and the next day there will be a little mound of salt lying there on the tin foil. this happens because salt does not dissolve in the water so therefore the salt will not evaporate with the water.
Use a magnet to remove the iron filings. The add water to dissolve the salt, and the aluminum filings will settle to the bottom of the container. Pour that salt water into a pan, heat it and evaporate the water, leaving the salt in the pan.
I
This is a reaction between an acid and a metal compound. The products from will be a salt and hydrogen gas. In this case, Aluminium chloride (AlCl3) will be produced together with hydrogen gas (H2).
it can be salt, aluminum foil, distilled water
YES Metals are better conductors !
Yes. Aluminium is a very good conductor of electricity, and works with salt water.
No. Aluminum will degrade faster than most metals, especially if it is left in salt water, such as at the bottom of the ocean. This is true. Aluminum foil is not biodegradable. your welcome, : )
you can't but you can put some salt in water stir it up and place a few drops of it on tin foil. let it dry for a day in the sun and the next day there will be a little mound of salt lying there on the tin foil. this happens because salt does not dissolve in the water so therefore the salt will not evaporate with the water.
The question needs to be more specific. What method of electrolysis are you performing. Are you using aluminum foil and salty water? If you are, the NaCL (salt) will be electrolysed to form NaOH (lye) and also giving off chlorine gas. (which can be dangerous in sufficient quantity) The sodium hydroxide (lye) will in turn attack your aluminum foil creating aluminum oxide. This aluminum oxide it what is causing your water to be murky. Carbon electrodes are a better option.
Use a magnet to remove the iron filings. The add water to dissolve the salt, and the aluminum filings will settle to the bottom of the container. Pour that salt water into a pan, heat it and evaporate the water, leaving the salt in the pan.
Salt water
Very probable a copper-nickel allopy; note that many Cu-Ni alloys are known. The saline water is the poorest.
I
This is a reaction between an acid and a metal compound. The products from will be a salt and hydrogen gas. In this case, Aluminium chloride (AlCl3) will be produced together with hydrogen gas (H2).
You get salt water.