The active metals in columns 1 and 2 of a wide form periodic table cannot be reduced to elemental metals by electrolysis in aqueous electrolytic cells, because any atom of elemental active metal that might be transiently produced, by reduction of a positive ion of the active metal to a neutral atom, will react almost instantaneously with two nearby water molecules to produce hydrogen gas, hydroxyl ions, and regenerated positive ions of the active metal.
"Titration" is the process of determining the concentration of one substance in another. When the titration is "non-aqueous", the substance which is being measured is present in a liquid other than water.
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).
The most active nonmetal element is fluorine.
The most active group of nonmetals are those in Group 17, and these are the halogens. The list is headed by fluorine, which is the most reactive element of the group and of the Periodic Table as a whole.
In aqueous solutions, most bases contain hydroxide ions (OH-) as the active ingredient. These hydroxide ions are responsible for the basic properties of the solution, such as their ability to accept protons (H+) from acids.
the most active is oxygen
Hydrogen is an extremely active element.
Francium
Yes
"Titration" is the process of determining the concentration of one substance in another. When the titration is "non-aqueous", the substance which is being measured is present in a liquid other than water.
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).
It is fluorine. Fluorine is part of the halogens they are very active nonmetals.
Potassium
the top right
In general, no - the active medication starts to break down in solution.
Activation energy is reduced :]
Activation energy is reduced! :)