Particular Particles
When considering the positively charge particle in an atom, this would be its name.
Positive
This is the location of the neutron.
Nucleus
Atomic number is the same as the number of this particle.
Proton.
Most of the volume or space is a way to describe this part of the atom.
Electron cloud (orbital, or area with the electrons)
For an atom to be neutral, this is equal to protons.
Electrons.
Nothing beats polar opposites! This particle has a negative charge, as opposed to a proton.
Electron.
This is the location of the positive charge of an atom.
Nucleus.
The number that is featured on the lower end of each square on the periodic table, it tends to be a number with a decimal.
Atomic Mass ( Average mass)
Dmitri Mendeleev was the first scientist to organize this guide to the elements.
Periodic Table of Elements
This form of writing an element gives the name and the mass number.
Hyphen Form
ex) Carbon-12
A strange particle with a neutral charge.
Neutron
Whizzing around the atom this is the location of the electrons.
Electron cloud (orbital or shell)
Mass number is a combination of these two particles.
Protons and neutrons.
This model by Dalton describes one of the first understandings of the atom.
Solid Sphere, (UNCUTable, BALL)
This form of writing an element gives the atomic symbol and the mass number.
Nuclear Form
ex) 12C
When considering the mass of an atom, these particles make up all of it!
Protons and Neutrons.
When looking at matter, these would be found on the microscopic scale.
Atoms.
This particle, besides the proton has the same # as the atomic number.
Electron.
This model by BOHR is the most common model, most notable in pop-culture, with electrons in fixed areas around the nucleus.
Planetary Model, Orbital Model
This is how to calculate the number of neutrons in an atom.
Mass # - Protons
Smaller than you can possible imagine, these particles make up protons, neutrons, and electrons!
Quarks.
When thinking about electrons in a wire, they make up this phenomenon.
Electricity.
Looking at the periodic table groups, this side of the periodic table is where the non-metals are. (top, bottom, left, or right side)
The Right Side.
This describes our current understanding of electrons in our most current model by Schrodinger.
Electron Cloud, Probability
This is the term for two of the same elements, but with different masses.
Isotopes