Atomic Models
Orbitals
Electromagnetic Radiation
Periodic Trends
Electron Configuration
Potpourri
100
This model tells us where to find an electron but can't tells us how they move.
What is the Wave Mechanical Model?
100
The name for an orbital with this shape.
What is the p orbital
100
The definition of electromagnetic radiation.
What is energy being transmitted from one place to another?
100
This type of elements tend to loose elections
What are metals?
100
The element with the electron configuration 1s1
What is Hydrogen?
100
The s in 1s2 tells us this type of information
What is the shape of the orbital?
200
This model does not tell us where to find an electron or how it moves.
What is Rutherford's atom
200
The name of an orbital with this shape.
What is the s orbital?
200
When an electron goes in to a higher orbital.
What is it absorbs energy and becomes excited?
200
This number, commonly found on the periodic table, tells the number of valence elections those elements have.
What is the column number?
200
1s22s22p63s23p4
What is the electron configuration for S?
200
The max number of electrons every orbital can hold.
What is 2?
300
This model only works for Hydrogen, but is easy to draw.
What is Bohr's Model?
300
The p sub level contains this many orbitals and can hold a total of that many electrons.
What is 3 and 6?
300
The name commonly given to electromagnetic radiation's particle properties
What is a photon?
300
This property increases as you go down a column.
What is atomic size?
300
The number of valence electrons in chlorine.
What is 7?
300
This is what the arrows in a box diagram represent.
What is the spin of the electrons?
400
This model used orbits.
What is Bohr's model
400
The name of an orbital with this shape.
What is the d orbital?
400
Higher energies are carried by this type of wavelength.
What is shorter?
400
This property increases as you from the left to the right across a period.
What is ionization energy?
400
This is where you would find the d orbitals on the periodic table
What is the transition metals?
400
The electrons in an elements highest principal energy level
What are the valence electrons?
500
This model is currently considered to be the only correct model.
What is the wave mechanical model?
500
The elements that have a 7s orbital.
What is all elements?
500
How we describe the energy levels emitted by atoms.
What is quantitized?
500
The reason atoms get smaller as you move across a period.
What is the nucleus has an increased positive charge that pulls the electrons closer?
500
This orbital is filled after 4s
What is 3d?
500
We used this as an example of quantized levels.
What are stairs?
600
This model would explain a continuous emission spectrum of white light.
What is Ruthford's Atom
600
The d sub level contains this many orbitals and can hold a total of that many electrons.
What is 5 and 10?
600
The relationship between the amount of energy absorbed to move to an excited state and the amount of energy released to move to ground state.
What is identical?
600
The most reactive of these three elements: Ba, Ca, Ra.
What is Ra
600
The electron configuration for Silicon.
What is 1s22s22p63s23p2 ?
600
What happens to shapes of the orbitals in higher principal levels?
What is stay the same shape? or What is get larger?
700
The name for an area with a 90% certainty of finding an election.
What is an orbital?
700
The f sub level contains this many orbitals and can hold a total of that many electrons.
What is 7 and 14?
700
The reason each atom has a unique electromagnetic signature.
What is the unique spacing of their electrons and orbitals.
700
This number, commonly found on the periodic table, tells the highest principal energy level for its elements.
What is the period?
700
1s22s22p63s23p64s23d104p65s24d105p66s24f145d106p4
What is the electron configuration of Po
700
This principal tells us that electrons in the same orbital must have opposite spins
What is the Pauli Exclusion principal?