Ionization energy is the energy required to remove these from an atom
electrons
100
Electronegativity is the relative ability of an atom to do what?
attract or remove electrons from other atoms
100
Valence is the number of electrons in an atom's what?
outermost energy level
200
As atomic number increases, atoms generally get larger within the same what?
group
200
Neutral elements are smaller than their corresponding ion of this type
anions
200
This is the unit of measure used to plot ionization energy in your charts. The full term, not the abbreviation
electron volts
200
Is electronegativity greater or less in boron compared to beryllium?
greater
200
Transition metals do not influence the valence of p block elements in the same period because the electrons added to transition metals are added to the d orbital of what energy level
one energy level less than the outermost energy level
300
As atomic number increases, atoms generally get smaller within the same what?
period
300
These ions get larger as charge magnitude increases
anions
300
Within a group, ionization energy does this as atomic number increases
decreases
300
These three noble gases have null electronegativity
He, Ne, Ar
300
The +4 cation of carbon has the same valence as this noble gas
He
400
This occurs because inner electron orbitals interact with the nucleus to weaken its attraction to electrons in outer orbitals
electron shielding
400
As atomic number increases within a group, these types of ions get larger
cations and anions
400
As atomic number increases within a period, the absence of this effect generally causes ionization energy to increase correspondingly
electron shielding
400
Within a period as atomic number increases toward the noble gases, how does electronegativity change?
increases
400
All neutral halogens have this valence
7
500
The largest representative element on your bubble chart
cesium (Cs)
500
This group has the largest cations
group 1, alkali metals
500
Boron is smaller than beryllium but has a lower ionization energy because the last electron added to boron is the first electron added to this orbital, and is thus weakly held