Through bioleaching, thermal decomposition, displacement, phytomining & electrolysis.
this question came up in the AQA chemistry text book and in some exam style questions. so the answer is: Phytomining is used to produce gold nickel and copper because they are found in low grade ores the main reason is that gold, nickel and copper are below carbon in the reactivity series which means they are found in native state. (sometimes copper can be found in low grade ores) but phytomining is used rarely to produce zinc and lead is because they are more reactive than gold nickel and copper. this is why phytomining been used to produce gold nickel and copper but is only rarely used to produce zinc and lead.
Willow has been suggested; please see the first link. For other possibilities please see the second link.
its good
lolo
Yes
by getting a plant and using it to get the metal closer to the surface
When a plant grows it can absorb metal compounds. So when the tree has grown the plant is burnt and the copper is extracted.
Through bioleaching, thermal decomposition, displacement, phytomining & electrolysis.
this question came up in the AQA chemistry text book and in some exam style questions. so the answer is: Phytomining is used to produce gold nickel and copper because they are found in low grade ores the main reason is that gold, nickel and copper are below carbon in the reactivity series which means they are found in native state. (sometimes copper can be found in low grade ores) but phytomining is used rarely to produce zinc and lead is because they are more reactive than gold nickel and copper. this is why phytomining been used to produce gold nickel and copper but is only rarely used to produce zinc and lead.
Willow has been suggested; please see the first link. For other possibilities please see the second link.
its good
its good
nope
porn
nickel and thallium are extracted by phytomining. nickel was the first metal ever to be extracted by this process. boobs are cool
the growing of the plant, for example: Alpine Pennycrest, from these plants ores such as calcium, potassium, magnesium and copper through FAAS after the incineration of the leaves of the plant at 480 degrees Celsius