(a) An electron in the H atom moves from an unknown energy level to n = 2. The energy released in this process is 291.6 kJ/mol. (NA = 6.022 x 1023 mol-1) (i) Identify the unknown energy level. Show your calculations. (ii) Would this radiation be seen with the human eye? Explain with the aid of calculations. (b) Write ground-state electron configurations for the following substances: (i) Manganese(l1I) ion (ii) Phosphorus atom (iii) Chloride ion (c) Draw the following atomic orbitals: Px orbital dyy? orbital

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(a) An electron in the H atom moves from an unknown energy level to n = 2. The energy
released in this process is 291.6 kJ/mol.
(NA = 6.022 x 1023 mol-1)
(i) Identify the unknown energy level. Show your calculations.
(ii) Would this radiation be seen with the human eye? Explain with the aid of calculations.
(b) Write ground-state electron configurations for the following substances:
(i) Manganese(l1I) ion
(ii) Phosphorus atom
(iii) Chloride ion
(c) Draw the following atomic orbitals:
Px orbital
dyy? orbital
Transcribed Image Text:(a) An electron in the H atom moves from an unknown energy level to n = 2. The energy released in this process is 291.6 kJ/mol. (NA = 6.022 x 1023 mol-1) (i) Identify the unknown energy level. Show your calculations. (ii) Would this radiation be seen with the human eye? Explain with the aid of calculations. (b) Write ground-state electron configurations for the following substances: (i) Manganese(l1I) ion (ii) Phosphorus atom (iii) Chloride ion (c) Draw the following atomic orbitals: Px orbital dyy? orbital
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