it means that manganese is a catalyst in the reaction.
A chemical formula written over the arrow in a chemical equation is that of the catalyst used in the reaction.
It means you have some manganese(IV) oxide. This compound most often shows up in chemical equations as a catalyst. It is most popularly used as a catalyst in the decomposition of hydrogen peroxide (H2O2.) A catalyst speeds up a chemical reaction by lowering the reaction's activation energy. In the equation for a chemical reaction, the catalyst is written in superscript-small symbols above the "yield" arrow.
The name of the arrow in a Chemical Equation is called the yield.
lyk3 0mg the answer is totally true!
---------> is yield
it means that manganese is a catalyst in the reaction
Above the valence arrow.
A chemical formula written over the arrow in a chemical equation is that of the catalyst used in the reaction.
It means you have some manganese(IV) oxide. This compound most often shows up in chemical equations as a catalyst. It is most popularly used as a catalyst in the decomposition of hydrogen peroxide (H2O2.) A catalyst speeds up a chemical reaction by lowering the reaction's activation energy. In the equation for a chemical reaction, the catalyst is written in superscript-small symbols above the "yield" arrow.
You think probable to products of a chemical reaction.
The enzyme is written above the arrow of the chemical equation because it is involved in the reaction without being changed by it or used up in the reaction. It is not a reactant or a product.
It means heat was supplied to make the reaction occur.
The name of the arrow in a Chemical Equation is called the yield.
beacause its sintific notation sais your mom
The symbol is referred to as "delta" and means that the reaction occurs under heating conditions.
The products are to the right of the arrow in a chemical equation. The reactants are on the left.
yes it is in school we learnt that : carbon dioxide + water ----> oxygen + glucose with sunlight and energy above the arrow and when you reverse the equation you get the equation for respiration