Question

The Rydberg constant (RH= 2.18x10^-18 J) is a value useful for calculating the change in energy involved in electronic transitions between an excited state and a state where nf = 2 in hydrogen atoms. Can the Rydberg constant be applied to determine changes in energy observed in mercury emission lines using the same relationship? Why or why not?

a) True, because it is applicable to all elements.
b) False, because it is specific to hydrogen.
c) True, as long as the emission lines correspond to transitions with nf = 2.
d) False, because the Rydberg constant only applies to hydrogen-like systems.

Answer 1

No, the Rydberg constant cannot be applied to determine energy changes in mercury emission lines as it is specific to hydrogen.

Step-by-step explanation:

No, the Rydberg constant cannot be applied to determine changes in energy observed in mercury emission lines.

The Rydberg constant is specific to hydrogen and is derived from the Bohr quantum model of the hydrogen atom. It allows us to calculate the change in energy involved in electronic transitions between excited states and a state where nf=2 in hydrogen atoms.

However, the Rydberg constant does not apply to other elements like mercury. Each element has its own set of emission lines and energy transitions that require specific constants and formulas for accurate calculations.