Chem Jeopardy : Chem Jeopardy Electrons in Atoms
Chapter 12
Slide 2 : Periodic
Trends 100 100 100 100 100 200 200 200 200 200 300 300 300 300 300 400 400 400 400 400 Light and
Matter Quantum
Mechanics Atomic
Models Electronic
configurations
Periodic trends for 100 : Periodic trends for 100 The outermost electrons in an atom. The electrons that participate in bonding.
Periodic Trends for 200 : Periodic Trends for 200 The energy required to remove an electron from an atom.
Periodic Trends for 300 : Periodic Trends for 300 Arrange the following atoms in order of increasing size: P, Si, N
Periodic Trends for 400 : Periodic Trends for 400 The most electronegative element in the periodic table
Periodic Trends for 400 : Periodic Trends for 400 Arrange the ions in order of increasing ionic radius:N3-, Na+, F-, Mg2+, O2-
Light and Matter for 100 : Light and Matter for 100 The range of visible light
Light and Matter for 200 : Light and Matter for 200 Idea which claims electrons can only occupy certain energy levels
Light and Matter for 300 : Light and Matter for 300 The relationship between energy and frequency is ___________ .
Light and Matter for 400 : Light and Matter for 400 When an electron moves from an excited state to the ground state energy is __________ in the form of light.
Light and Matter for 300 : Light and Matter for 300 Light with energy 3.03 X 10-19 J has what wavelength?
Light and Matter for 400 : Light and Matter for 400 Energy of light given off when electron moves from level 2 to level 1:
Electronic Configuration for 100 : Electronic Configuration for 100 An element with the same number of valence electrons as O
Electronic Configuration for 200 : Electronic Configuration for 200 Element with configuration ending with ….6p5
Electronic Configuration for 300 : Electronic Configuration for 300 A neutral element having the same electronic configuration as Pb+2
Electronic Configuration for 400 : Electronic Configuration for 400 An element which could have the following excited state configuration:
1s22s22p63s14p1
Quantum Mechanics for 100 : Quantum Mechanics for 100 Region of space where electron is likely to be found 90% of the time.
Quantum Mechanics for 200 : Quantum Mechanics for 200 shape of the orbital described by the angular momentum quantum number, l = 2 .
Quantum Mechanics for 300 : Quantum Mechanics for 300 States that it is impossible to know both the velocity and position of a particle at the same time
Quantum Mechanics for 400 : Quantum Mechanics for 400 The orbital described by the following quantum numbers:
n = 3
l = 2
Atomic Models for 100 : Atomic Models for 100 An early model of the atom which envisioned electrons embedded in a sphere of positive charge
Atomic Models for 200 : Atomic Models for 200 The conclusion of Rutherford’s experiment
Daily Double : Daily Double The major idea/principle that discredited Bohr’s planetary model
Atomic Models for 400 : Atomic Models for 400 The currently accepted model of the atom.
Periodic Trends for 100 : Periodic Trends for 100 What are Valence Electrons
Periodic Trends for 200 : Periodic Trends for 200 What is Ionization energy
Periodic trends for 300 : Periodic trends for 300 N, P, Si
Periodic Trends for 400 : Periodic Trends for 400 What is Fluorine
Light and Matter for 100 : Light and Matter for 100 What is 400nm to 700nm
Light and Matter for 200 : Light and Matter for 200 What is Quantization
Light and Matter for 300 : Light and Matter for 300 direct
Light and Matter for 400 : Light and Matter for 400 Emitted, given off, released
Electronic configuration for 100 : Electronic configuration for 100 S, Se, Te, Po
Electronic configuration for 200 : Electronic configuration for 200 At Astatine
Electronic configuration for 300 : Electronic configuration for 300 Hg, mercury
Electronic configuration for 400 : Electronic configuration for 400 Magnesium, Mg
Quantum Mechanics for 100 : Quantum Mechanics for 100 What is an orbital
Quantum Mechanics for 200 : Quantum Mechanics for 200 d
Quantum Mechanics for 300 : Quantum Mechanics for 300 Heisenberg Uncertainty Principle
Quantum Mechanics for 400 : Quantum Mechanics for 400 3d
Atomic Models for 100 : Atomic Models for 100 What is Thomson’s plum pudding model
Atomic Models for 200 : Atomic Models for 200 The atom was mostly empty space. It had a dense positively charged nucleus
Daily Double : Daily Double Heisenberg’s Uncertainty Principle
Atomic Models for 400 : Atomic Models for 400 What is the Quantum Mechanical Model
Slide 46 : Daily Double
Slide 47 : A +3 transition metal in period 3 has the configuration [Ar] 3d5 . What element is this? Final Jeopardy
Slide 48 : Fe Final Jeopary
Slide 49 : Congratulations to...... the winners!