ions
SETS
fschindlerTEACHER
NH₄⁺
Cu⁺
H⁺
Ag⁺
Ammonium
Copper (I)/cuprous
Hydrogen/proton
Silver
NH₄⁺
Ammonium
Cu⁺
Copper (I)/cuprous
Acetate
Aluminate
Azide
Bicarbonate
C2H3O2-
AlO2-
N3-
HCO3-
Acetate
C2H3O2-
Aluminate
AlO2-
NH₄⁺
Cu⁺
Cu²⁺
H⁺
Ammonium
Copper(I)
Copper(II)
Hydrogen
NH₄⁺
Ammonium
Cu⁺
Copper(I)
potassium
lithium
hydrogen
cesium
K+
Li+
H+
Cs+
potassium
K+
lithium
Li+
NH₄⁺
Cu⁺
H⁺
H₃O⁺
Ammonium
Copper (I)/cuprous
Hydrogen/proton
Hydronium ion
NH₄⁺
Ammonium
Cu⁺
Copper (I)/cuprous
potassium
lithium
hydrogen
cesium
K+
Li+
H+
Cs+
potassium
K+
lithium
Li+
Acetate
Aluminum
Ammonium
Barium
Acetate
Aluminum
NH₄⁺
OH⁻
NO₃⁻
NO₂⁻
Ammonium ion
Hydroxide ion
Nitrate ion
Nitrite ion
NH₄⁺
Ammonium ion
OH⁻
Hydroxide ion
Ammonium ion
Hydroxide ion
Nitrate ion
Nitrite ion
NH₄⁺
OH⁻
NO₃⁻
NO₂⁻
Ammonium ion
NH₄⁺
Hydroxide ion
OH⁻
Ammonium ion
Hydroxide ion
Nitrate ion
Nitrite ion
NH₄⁺
OH⁻
NO₃⁻
NO₂⁻
Ammonium ion
NH₄⁺
Hydroxide ion
OH⁻
Ammonium
Cesium
gold(I)
Hydrogen
NH4+
Cs+
Au+
H+
Ammonium
NH4+
Cesium
Cs+
hydrogen ion
lithium ion
sodium ion
potassium ion
H⁺
Li⁺
Na⁺
K⁺
hydrogen ion
H⁺
lithium ion
Li⁺
NH₄⁺
OH⁻
NO₃⁻
NO₂⁻
Ammonium ion
Hydroxide ion
Nitrate ion
Nitrite ion
NH₄⁺
Ammonium ion
OH⁻
Hydroxide ion
CaCl₂
Al2O3
Ba(NO3)2
Ba3(PO4)2
calcium chloride
aluminum oxide
Barium nitrate
Barium phosphate
CaCl₂
calcium chloride
Al2O3
aluminum oxide
What does the roman numeral represent i…
Are atoms neutral?
Are compounds neutral?
Do ions have a charge?
the charge of the ion
Yes. Because their protons and electrons balance each other out
Yes
Yes
What does the roman numeral represent i…
the charge of the ion
Are atoms neutral?
Yes. Because their protons and electrons balance each other out
Nitrate
Chlorate
Bromate
Iodate
NO3 -
ClO3 -
BrO3 -
IO3 -
Nitrate
NO3 -
Chlorate
ClO3 -
acetate
aluminum
ammonium
barium
C₂H₃o₂⁻
Al³⁺
NH₄⁺
Ba²⁺
acetate
C₂H₃o₂⁻
aluminum
Al³⁺
Ammonium
Hydronium
Acetate
Amide
NH₄⁺
H₃O⁺
CH₃COO⁻
NH₂⁻
Ammonium
NH₄⁺
Hydronium
H₃O⁺
Borate
Acetate
Hypochlorite
Chlorite
Borate
Acetate
potassium
lithium
hydrogen
cesium
K+
Li+
H+
Cs+
potassium
K+
lithium
Li+