Complete the following paragraph by circling the correct responses: In this experiment, the metal cations in the solutions were initially in the (ground, excited) state. When placed in the flame, the metals then (absorbed, emitted) energy as (electricity, heat, EM radiation). When this occurred, electrons made transitions from (low, high) energy levels to (low, high) energy levels. The metals were then in the (ground, excited) state. The electrons in these metals then made transitions from (low, high) energy levels to (low, high) energy levels, resulting in the (absorption, emission) of energy as (electricity, heat, EM radiation).

Complete the following paragraph by circling the correct responses: In this experiment, the metal cations in the solutions were initially in the (ground, excited) state. When placed in the flame, the metals then (absorbed, emitted) energy as (electricity, heat, EM radiation). When this occurred, electrons made transitions from (low, high) energy levels to (low, high) energy levels. The metals were then in the (ground, excited) state. The electrons in these metals then made transitions from (low, high) energy levels to (low, high) energy levels, resulting in the (absorption, emission) of energy as (electricity, heat, EM radiation).

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

Complete the following paragraph by circling the correct responses:
In this experiment, the metal cations in the solutions were initially in the (ground, excited) state. When
placed in the flame, the metals then (absorbed, emitted) energy as (electricity, heat, EM radiation). When this
occurred, electrons made transitions from (low, high) energy levels to (low, high) energy levels. The metals
were then in the (ground, excited) state. The electrons in these metals then made transitions from (low, high)
energy levels to (low, high) energy levels, resulting in the (absorption, emission) of energy as (electricity,
heat, EM radiation).

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