Jeopardy! The Electronic Structure of an Atom (Quantum Theory, e- Configuration, Orbital Diagrams, Periodic Trends)

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Jeopardy!The Electronic Structure of an
Atom(Quantum Theory, e- Configuration, Orbital
Diagrams, Periodic Trends)
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Choose Your Question
Final
Quantum Theory e- configurations Orbital Diagrams Periodic Trends Light and NRG Anything Goes
200 200 200 200 200 200
400 400 400 400 400 400
600 600 600 600 600 600
800 800 800 800 800 800
1000 1000 1000 1000 1000 1000
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FINAL JEOPARDYCategory-Bohrs Theory of the
Atom

• The answer is.

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Final Jeopardy

• Electrons absorb energy in discrete quanta. When
  this energy is released by a heated gas, the
  electrons emit ________________ (showing only
  certain colors or specific wavelengths of light)
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Answers
Final Jeopardy Answer- Line (or emission) spectra
Quantum Theory e- configurations Orbital Diagrams Periodic Trends Light and NRG Anything Goes
n Phosphorous Hunds rule Noble gases Node Pauli exclusion principle
Orbital S orbital B Halogens Wavelength p orbitals
ms Noble gas shortcut Paramagnetic Effective nuclear charge Shorter, higher Diamagnetic
l, 0 to n 1 d orbital Paramagnetic Ionization energy Jsec f orbital
Heisenberg uncertainty principle 5s2 4d10 5p6 6s2 4f14 5d10 Partially filled orbitals Mg2, Na, F-, O2-, S2- 2.96 x 10-19 J Aufbau exceptions
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Quantum Theory200

• The principal quantum number describes the
  primary energy level of the electron
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Quantum Theory 400

• A 3-D region of space where an electron with a
  specific energy may be found
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Quantum Theory 600

• This quantum number describes the spin of an
  electron
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Quantum Theory 800

• This quantum number describes the shape of the
  orbital and its values start at ____ and go to
  ____
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Daily Double
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Quantum Theory 1000

• Due to the wavicle nature of an electron, this
  theory states that it is impossible to know the
  exact position and momentum of an electron
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e- Configurations 200

• The following e- configuration identifies which
  element
• 1s2 2s2 2p6 3s2 3p3
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e- Configurations 400

• This orbital contains 0 nodes and all of the
  other types of orbitals
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e- Configurations 600

• This e- configuration uses the next smaller Group
  VIII element as a shortcut for writing an e-
  configuration
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e- Configurations 800

• Identify the orbital from the following 4 quantum
  numbers
• n 3, l 2, ml -2, ms 1/2
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e- Configurations 1000

• Arrange the following in increasing energy
• 4d10, 4f14, 5s2, 5p6, 5d10, 6s2
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Orbital Diagrams200

• Orbital diagrams always show the lowest NRG
  arrangement by placing electrons of the same spin
  in different orbitals before pairing them
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Orbital Diagrams400

• According to Hunds rule which of the following
  is a possible orbital diagram?
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Orbital Diagrams 600

• These elements have unpaired electrons and are
  weakly attracted to a magnetic field
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Orbital Diagrams 800

• Is this atom paramagnetic or diamagnetic?
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Orbital Diagrams 1000

• According to Aufbau completely filled orbitals
  are most energetically stable. These are least
  stable.
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Periodic Trends200

• These Group VIII elements are very stable and
  relatively unreactive
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Periodic Trends 400

• These group VII elements are highly
  electronegative and have a high electron
  affinity.
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Periodic Trends600

• Atomic radii decrease across a period (from left
  to right) due to ___________
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Daily Double
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Periodic Trends800

• Minimum energy required to remove an electron
  from an atom in a gaseous state
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Periodic Trends1000

• Arrange the following ions, in increasing size
• S2, O2, F, Na, Mg2.
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Light and NRG200

• Area of zero (0) probability of finding an
  electron
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Light and NRG 400

• Measure of a wave from crest to crest OR trough
  to trough
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Light and NRG 600

• ________ wavelength (?), higher frequency (?) and
  _______ energy
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Light and NRG 800

• Unit of measure of Plancks constant (h)
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Light and NRG 1000

• Calculate the energy of one photon of light at
  671 nm
• Where E h (c/?)
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Anything Goes200

• According to this principle no two electrons may
  have the same four quantum numbers
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Anything Goes400

• There are 2 orbital types pictured here. Which
  one(s) contain a single node?
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Anything Goes600

• These atoms have only paired electrons and are
  not attracted to a magnetic field
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Anything Goes 800

• These orbitals contain 7 subshells holding a
  maximum of 14 electrons
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Anything Goes 1000

• Silver (Ag) has an e- configuration of Kr 5s1
  4d10 NOT Kr 5s2 4d9
• Why?
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