Atoms and Molecules
Valence Electron
The different types of atoms that exist in the universe, categorized by the number of protons.
Elements
The compound used by living things to store energy (long term)
Glucose
The process stars do to prevent them form imploding
Nuclear Fusion
The inverse operation of addition
Subtraction
A bond between two atoms in which valence electrons are shared
Covalent Bond
The elements that are highly reactive because of the need to remove all valence electrons.
Metals
The compound that is used either as a solvent or reactant by all life forms in order to make glucose.
Water
Pieces of debris that orbit a star.
Planetoids
The value of x in the equation: 3x+1=4
Any substance composed of identical molecules consisting of atoms
Compound
The most electronegative elements that require only one additional electron, and are thus very reactive.
Halogens
The compound used by living things to store energy (short term)
Adenosine Triphosphate (ATP)
Planetoids that are nearly perfectly round.
Planets
The name of a function that in standard form is
ax^2 + bx + c
Quadratic
A bond between two atoms in which the atoms are attracted to one another due to opposite charge
Ionic Bond
Elements that have complete outer orbitals, and are thus nonreactive.
Noble Gases
The element that is found in the backbone of the necessary biomolecules.
Carbon
Groups of Stars, Gas, and Dust
Galaxies
The factored form of x^2 + 8x + 12
(x+2)(x+6)
The process in which an atom gains a complete outer orbital by losing or gaining electrons rather than sharing with another atom
Ionization
The metal that ionizes so quickly, it only exists in laboratory conditions, (As of 2017)
Francium
The five elements that are believed to be the basic ingredients for simple life.
Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorus, and Sulfur
What an object becomes when it becomes denser than it swarschild radius
A Black Hole
The sixth digit of pi
9