Which of the following statements about the properties of elements related to an atomic emission spectrum are true? Select all that apply. A. An atomic emission spectrum occurs when an element in the gaseous state absorbs energy, and emits light that corresponds to the energies
of specific electrons.
B. An atomic emission spectrum occurs when an element in the solid state absorbs energy, and emits light that corresponds to the energies of
specific electrons.
C. The light that an element emits is made up of a limited number of narrow lines of light that produce a unique pattern, or atomic emissions
spectrum, for that element.
D. The light that an element emits is made up of an unlimited number of narrow lines of light that produce several different patterns or atomic
emissions spectra for each element.
E. An atomic emission spectrum shows the pattern formed when light absorbed by an element is separated into its different component
wavelengths.
F. An atomic emission spectrum shows the pattern formed when light emitted by an element is separated into its different component
wavelengths.