which statement is true about an empirical formula?\nit is the true ratio of atoms in a formula unit.\nit is…

which statement is true about an empirical formula?\nit is the true ratio of atoms in a formula unit.\nit is the simplest ratio of atoms in a formula unit.\nit represents the true molecular mass of a chemical formula.\nit represents the highest ratio of coefficients in a chemical formula.

which statement is true about an empirical formula?\nit is the true ratio of atoms in a formula unit.\nit is the simplest ratio of atoms in a formula unit.\nit represents the true molecular mass of a chemical formula.\nit represents the highest ratio of coefficients in a chemical formula.

Answer

Answer:

It is the simplest ratio of atoms in a formula unit.

Brief Explanations:

An empirical formula gives the simplest whole - number ratio of atoms in a compound. It is not the true ratio (molecular formula gives that), doesn't represent true molecular mass, and doesn't represent highest ratio of coefficients.