the number of the elements that is present in a compound
Yes!
subscripts are the cation superscripts are the anian
You can't change the subscript. The subscripts show how the elements/molecules are bonded.--------------------------------------------------------------------------------------------------------The subscripts represent the number of atoms of each element in each chemical formula-if you change the subscripts, you change the compounds the formulas are describing.Source: (e2020)
These subscripts are down the chemical symbol and at right. Example: O2
Atomic symbols are used to represent elements, a negative (-) and a psoitive (+) represent electrons and protons, respectively. Chemicals or other compounds are often written as a combination of atomic symbols with subscripts to indicate the presence of multiple atoms.
In a chemical formula, the significance of subscripts is that it tells you how many atoms of a certain element are present in a structure.
Yes!
subscripts are the cation superscripts are the anian
subscripts in a formula indicates the number of atoms in a molecule or the ratio of elements in a compound.
You can't change the subscript. The subscripts show how the elements/molecules are bonded.--------------------------------------------------------------------------------------------------------The subscripts represent the number of atoms of each element in each chemical formula-if you change the subscripts, you change the compounds the formulas are describing.Source: (e2020)
Balancing only allows you to change the coefficients, NOT the subscripts.
These subscripts are down the chemical symbol and at right. Example: O2
subscripts :]
Atomic symbols are used to represent elements, a negative (-) and a psoitive (+) represent electrons and protons, respectively. Chemicals or other compounds are often written as a combination of atomic symbols with subscripts to indicate the presence of multiple atoms.
Do you mean subscripts like H2O (ie the 2 would be subscripted)?
In the formula for a compound, you will see atomic symbols representing individual elements, and if needed, you will see subscripts that represent the number of those atoms required for that bonding scenario. Sodium chloride, for example is NaCl. You see the symbol for sodium followed by the symbol for chlorine. No subscripts are needed because sodium and chlorine combine in a 1-1 ratio. However, in aluminum oxide, the formula is Al2O3. Two aluminums are required for every three oxygens. The subscripts reflect that bonding ratio.
A shorthand representation of the composition of a substance using atomic symbols and numerical subscripts is called a chemical formula.