Ions and Isotopes
This type of ion has a positive charge.
Cation
This type of decay is equivalent to a helium molecule in protons and mass.
Alpha decay
This side of the EM spectrum has a bigger wavelength.
Left
The columns of the periodic table denote the number of these particles.
Valence electrons
This bond is characterized by two nonmetals bonding.
Covalent
An element that has a different number of neutrons.
Isotope
This decay is characterized by an electron being shot off at high speeds.
Beta decay
This side of the EM spectrum has a higher frequency.
Right
These elements are on the "staircase" of the periodic table.
Metalloid
This type of bond is characterized by a nonmetal and a metal bonding.
Ionic
The isotope name of a Beryllium atom with 5 neutrons.
Beryllium-9
The element and mass number after a Polonium-208 decays by alpha.
Lead-204
The EM spectrum is composed of this many types of waves.
7
The only trend that increases down and to the left.
What type of bond is H20.
Covalent.
The charge of a neutral atom after gaining 2 electrons.
2-
When an atom is split into multiple other atoms, releasing lots of energy.
Fission
When radio waves and infrared waves are compared, which one has a bigger wavelength?
Radio
An element that has bigger atomic radius than zinc.
This type of bond utilizes prefixes when naming to denote the number of molecules.
Covalent
The number of neutrons in the isotope Uranium-228.
136
The nuclear process that produces the most energy.
Fusion
When radio waves and infrared waves are compared, which one has a higher frequency?
Infrared
This atomic trend is concerned with the ability to attract other electrons.
Electronegativity
This method is used to figure out the number of molecules in an ionic bond.
Criss cross method, bring the charges down to the other molecule