what conclusions can be drawn from this emission spectra?\na as the atom emits quantum energy, it creates a…

what conclusions can be drawn from this emission spectra?\na as the atom emits quantum energy, it creates a similar atomic emission spectra to other atoms within its group.\nb the atom emits a continuous spectrum of energy but only certain frequencies can be detected creating the spectra.\nc atoms emit photon energy at definitive frequencies creating a universal atomic emission spectra common to all atoms.\nd energy can only be emitted in discrete amounts at specific frequencies creating a characteristic atomic emission spectra.

what conclusions can be drawn from this emission spectra?\na as the atom emits quantum energy, it creates a similar atomic emission spectra to other atoms within its group.\nb the atom emits a continuous spectrum of energy but only certain frequencies can be detected creating the spectra.\nc atoms emit photon energy at definitive frequencies creating a universal atomic emission spectra common to all atoms.\nd energy can only be emitted in discrete amounts at specific frequencies creating a characteristic atomic emission spectra.

Answer

Brief Explanations:

  • Option A: Each element has a unique emission spectra, not similar within a group.
  • Option B: Atoms do not emit a continuous spectrum.
  • Option C: Each atom has a characteristic (not universal) emission spectra.
  • Option D: According to quantum theory, energy is emitted in discrete amounts (quanta) at specific frequencies, creating a characteristic atomic emission spectra.

Answer:

D. Energy can only be emitted in discrete amounts at specific frequencies creating a characteristic atomic emission spectra.