Covers basic chemistry and water
Protons with a positive charge
Neutrons with no charge
Electrons with a negative charge
All of the above
Are found in the nucleus along with the protons
Orbit the nucleus in various energy levels
Have a positive charge
Are attracted to the positive charge of neutrons
Hydrogen bond
Nonpolar bond
Covalent bond
Ionic bond
Molecule
Quark
Ion
Element
They always lost electrons when they form compounds
Their outer orbitals become filled when they form compounds
They always gain electrons when they form compounds
Their nucleus loses extra protons when they form compounds
Both lose electrons
Become ions
Both gain electrons
Do not share the electrons equally
No negative and positive poles
Both negative and positive poles
Only a negative pole
Only a positive pole
Adhesion
Capillarity
Cohesion
All of the above are a result of hydrogen bonding
Ionic
Covalent
Neither
Both
1
2
4
8
Ions
Valence electrons
Isotopes
Electronegative
6
10
16
32
1
2
3
4
3
6
16
32
10
17
18
34
MgF2 with Mg having a charge of +2 and Fluorine having a charge each of -1.
Mg2F with Mg having a charge each of -1 and Fluorine having a charge of +2
MgF no charges on either because it is a covalent bond
F2Mg with Fluorine having a charge each of +1 and Magnesium having a charge of -2.
Single
Double
Both
Neither