multiple choice 1 point\nwhen an electron releases energy it falls back down into its original principal…

multiple choice 1 point\nwhen an electron releases energy it falls back down into its original principal energy level. this is called the ______ state.\nprincipal energy level\nspectroscope\nground\nexcited\nphoton\nmultiple choice 1 point\nthe release of energy by an electron returning to the ground state produces a ______ of light which produces a distinct color.\nprincipal energy level\nspectroscope\nground\nexcited\nphoton\nmultiple choice 1 point\neach element produces its own unique pattern of colors. these can be detected by an instrument called a ______.\nprincipal energy level\nspectroscope\nground\nexcited\nphoton

multiple choice 1 point\nwhen an electron releases energy it falls back down into its original principal energy level. this is called the ______ state.\nprincipal energy level\nspectroscope\nground\nexcited\nphoton\nmultiple choice 1 point\nthe release of energy by an electron returning to the ground state produces a ______ of light which produces a distinct color.\nprincipal energy level\nspectroscope\nground\nexcited\nphoton\nmultiple choice 1 point\neach element produces its own unique pattern of colors. these can be detected by an instrument called a ______.\nprincipal energy level\nspectroscope\nground\nexcited\nphoton

Answer

Brief Explanations:

  • When an electron releases energy and falls back to its original principal energy level, it is in the ground state.
  • When an electron returns to the ground - state and releases energy, it produces a photon of light which has a distinct color.
  • Each element has a unique pattern of colors which can be detected by a spectroscope.

Answer:

  1. C. Ground
  2. E. Photon
  3. B. Spectroscope