Each salt solution used in this experiment has a unique color. We would expect this to be true based on the modern view of the atom, because each atom contains a unique number of electrons and A) electrons have both a particle and wave nature. B) all electrons have different amounts of intrinsic energy. C) electrons have unique arrangements in energy levels, shells, and orbitals. D) the electrostatic attraction between the nucleus and the electron cloud varies by element.

Question

Chemistry

Kymani Jefferson

16 August, 13:31

Each salt solution used in this experiment has a unique color. We would expect this to be true based on the modern view of the atom, because each atom contains a unique number of electrons and A) electrons have both a particle and wave nature. B) all electrons have different amounts of intrinsic energy. C) electrons have unique arrangements in energy levels, shells, and orbitals. D) the electrostatic attraction between the nucleus and the electron cloud varies by element.

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Kaelyn Sloan · Answer 1

On the modern view of the atom, because each atom contains a unique number of electrons because

C) electrons have unique arrangements in energy levels, shells, and orbitals.

Explanation:

Each salt solution used in this experiment has a unique color. We would expect this to be true based on the modern view of the atom, because each atom contains a unique number of electrons. C) electrons have unique arrangements in energy levels, shells, and orbitals. Each shell can contain only a fixed number of electrons and on the bases of different shells, electrons are added in the valence shell. The atomic number represents the distribution of electrons in their respective shells. As according to the rule, the electron configuration of each element is unique to its position on the periodic table according to their atomic numbers.