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What else can I help you with?
Why the lithium is the most active alkali metal?
Lithium is NOT the most active alkali metal. Francium is the most active but is available in such trace quantities and radioactive that for practical purposes it is Cesium that is considered most active.
What is the most active non metal?
chlorine
What is most active metal of the calcium family is?
The most active metal in the calcium family is francium. It is the least stable alkali metal and can react violently with water, making it extremely rare and highly radioactive.
What most active metal would be the one that is the most difficult to ionize?
Largest.
What non-metal element is most chemically active?
Hydrogen...
What is the most active metal besides francium?
The next is caesium.
Which non metal is most active in open air?
carbon
Will a less active metal will replace a more active metal?
No, a less active metal cannot replace a more active metal in a chemical reaction. In a single displacement reaction, a more active metal will displace a less active metal from its salt solution, but the reverse is not possible.
Which element is the most active metal?
Potassium is the most active metal. It is highly reactive and can easily react with water to produce hydrogen gas and caustic potassium hydroxide.
Are active or passive pickups better for metal?
Most metal musicians like, say Metallica use an active pickup. eg.( the EMG 81/85 )
Where is the most active metal located on the periodic table Where is the most active nonmetal located?
The most active metal is francium (Fr). It is located farthest to the left and at the bottom. The most active nonmetal is fluorine (F). It is located at the top of Group 17 (the halogens).
Explain why Fluorine is the most active non-metal and Francium is the most active metal?
Fluorine is the most active non-metal due to its high electronegativity, which allows it to readily gain an electron to achieve a stable electron configuration. Francium is the most active metal because it has the lowest ionization energy among all the elements, making it highly reactive and prone to losing an electron to form a positive ion.
