tetra lanthanides Di reactivity covalent bond CH4 physical properties trend Double Replacement valence electrons periodic table of elements Molar mass of Water carbon tetrafluoride noble gases Combustion alkali metals electron shells Synthesis reaction chemical properties energy levels anion ions actinides octet rule transition metals silicon dioxide Single Replacement alkali earth metals octa atomic mass Amount of a substance Polyatomic Ion cation state of matter -3 +1 radioactivity +2 ionic bond element 44 g Prefixes named by adding IDE Mass in mole of Copper -2 -1 NO3 -2 Mass of one mole of Carbon families (on the periodic table) atomic number periods (on the periodic table) Decomposition reaction 180 G H2O2 metalloids tetra lanthanides Di reactivity covalent bond CH4 physical properties trend Double Replacement valence electrons periodic table of elements Molar mass of Water carbon tetrafluoride noble gases Combustion alkali metals electron shells Synthesis reaction chemical properties energy levels anion ions actinides octet rule transition metals silicon dioxide Single Replacement alkali earth metals octa atomic mass Amount of a substance Polyatomic Ion cation state of matter -3 +1 radioactivity +2 ionic bond element 44 g Prefixes named by adding IDE Mass in mole of Copper -2 -1 NO3 -2 Mass of one mole of Carbon families (on the periodic table) atomic number periods (on the periodic table) Decomposition reaction 180 G H2O2 metalloids
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tetra
lanthanides
Di
reactivity
covalent bond
CH4
physical properties
trend
Double Replacement
valence electrons
periodic table of elements
Molar mass of Water
carbon tetrafluoride
noble gases
Combustion
alkali metals
electron shells
Synthesis reaction
chemical properties
energy levels
anion
ions
actinides
octet rule
transition metals
silicon dioxide
Single Replacement
alkali earth metals
octa
atomic mass
Amount of a substance
Polyatomic Ion
cation
state of matter
-3
+1
radioactivity
+2
ionic bond
element
44 g
Prefixes
named by adding IDE
Mass in mole of Copper
-2
-1
NO3 -2
Mass of one mole of Carbon
families (on the periodic table)
atomic number
periods (on the periodic table)
Decomposition reaction
180 G
H2O2
metalloids