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Electron transition and configurations - Coggle Diagram
Electron transition and configurations
In the nucleus information
number of protons = number of electrons
neutrons = mass - protons
each isotope has different abundancies
size of the atom is determined by the electrons
mass of the atom is inside the nucleus
electron configuration
1 2 3 4 5 6 7 (are energy levels around the nucleus)
s, p, d, f (subshells- which are the different levels within the energy lebels)
Orbital-each of the actual or potential patterns of electron density that may be formed in an atom or molecule by one or more electrons, and that can be represented as a wave function.
single electron is represented by 1 arrow
double electron is represented by 2 arrows
Electron properties and frequency
when an electron moves farther away from the nucleus it is absorbing energy and vice versa
if an electron is on the same energy level they have the same energy i.e they would release the same amount of energy
higher frequency= higher energy =shorter waves
lower frequency= lower energy=longer waves
Periodic table
Left side= s
right side = p
middle =d
last= f
number represented next to name= protons