Directions: State the ground state and the orbital diagram of the following atoms and/or ions. 1. Sulfide ion (S2) Atomic Number of Sulfur: 16 2. Nitrate ion (N³) Atomic Number of Nitrogen: 7 3. Phosphorus atom (P) Atomic Number of Phosphorus: 15 4. Selenium Atom (Se) Atomic Number of Selenium: 34

Introductory Chemistry: A Foundation
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Chapter11: Modern Atomic Theory
Section: Chapter Questions
Problem 30QAP: Consider the following representation of a set of p orbitals for an atom: mg...
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Directions: State the ground state and the orbital diagram of the following
atoms and/or ions.
1. Sulfide ion (S2) Atomic Number of Sulfur: 16
2. Nitrate ion (N³) Atomic Number of Nitrogen: 7
3. Phosphorus atom (P) Atomic Number of Phosphorus: 15
4. Selenium Atom (Se) Atomic Number of Selenium: 34
Directions: Compare the following elements depending on the given
periodic trend. Simply write < or >.
1. Potassium (K)
2. Boron (B)
3. Gallium (Ga)
4. Silicon (Si)
5. Carbon (C).
6. Lithium (Li)
7. Bromine (Br)
8. Iodine (1)
9. Oxygen (0)
I
Krypton (Kr): Electron Affinity
Nickel (Ni): Atomic Size
Xenon (Xe): Electronegativity
Sodium (Na): lonization Energy
Calcium (Ca): Metallic Property
Oxygen (O): Atomic Size
Nitrogen (N): lonization Energy
Beryllium (Be): Atomic Size
Fluorine (F): Electron Affinity
Transcribed Image Text:Directions: State the ground state and the orbital diagram of the following atoms and/or ions. 1. Sulfide ion (S2) Atomic Number of Sulfur: 16 2. Nitrate ion (N³) Atomic Number of Nitrogen: 7 3. Phosphorus atom (P) Atomic Number of Phosphorus: 15 4. Selenium Atom (Se) Atomic Number of Selenium: 34 Directions: Compare the following elements depending on the given periodic trend. Simply write < or >. 1. Potassium (K) 2. Boron (B) 3. Gallium (Ga) 4. Silicon (Si) 5. Carbon (C). 6. Lithium (Li) 7. Bromine (Br) 8. Iodine (1) 9. Oxygen (0) I Krypton (Kr): Electron Affinity Nickel (Ni): Atomic Size Xenon (Xe): Electronegativity Sodium (Na): lonization Energy Calcium (Ca): Metallic Property Oxygen (O): Atomic Size Nitrogen (N): lonization Energy Beryllium (Be): Atomic Size Fluorine (F): Electron Affinity
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