Polyatomic Ions/ Oxoacids And Their Oxoanions

Front 1

ammonium

Back 1

NH4 +

Front 2

Acetate

Back 2

CH3CO2 -

Front 3

cyanide

Back 3

CN -

Front 4

dihydrogen phosphate

Back 4

H2PO4 -

Front 5

hydroxide

Back 5

OH -

Front 6

Nitrite

Back 6

NO2 -

Front 7

Chromate

Back 7

CrO4 2-

Front 8

Peroxide

Back 8

O2 2-

Front 9

Sulfate

Back 9

SO4 2-

Front 10

phosphate

Back 10

PO4 3-

Front 11

hypoclorite

Back 11

CLO -

Front 12

hydrogen carbonate

Back 12

HCO3 -

Front 13

dicrhromate

Back 13

Cr2O7 2-

Front 14

Nitrate

Back 14

NO3 -

Front 15

Chlorate

Back 15

CLO3 -

Front 16

hydrogen sulfate

Back 16

HSO4 -

Front 17

permanganate

Back 17

MnO4 -

Front 18

sulfite

Back 18

SO3 2-

Front 19

hydrogen phosphate

Back 19

HPO4 2-

Front 20

thiosulfate

Back 20

S2O3 2-

Front 21

Chlorite

Back 21

CLO2 -

Front 22

carbonate

Back 22

CO3 2-

Front 23

perchlorate

Back 23

CLO4 -

Front 24

nitrous acid (what is the anion, with charge)

Back 24

HNO2

NO2-

Front 25

nitric acid (what is the anion, with charge)

Back 25

HNO3

NO3-

Front 26

phosphoric acid (what is the anion, with charge)

Back 26

H3PO4

PO4 3-

Front 27

sulfurous acid (what is the anion, with charge)

Back 27

H2SO3

SO3 2-

Front 28

sulfuric acid

Back 28

H2SO4

SO4 2-

Front 29

hypoclorous acid (what is the anion, with charge)

Back 29

HClO

CLO-

Front 30

Chlorous acid (what is the anion, with charge)

Back 30

HClO2

CLO2-

Front 31

chloric acid (what is the anion, with charge)

Back 31

HClO3

ClO3-

Front 32

perchloric acid (what is the anion, with charge)

Back 32

HClO4

ClO4-

Front 33

At= ?

Back 33

astatine

Front 34

Rn= ?

Back 34

radon

Front 35

mole

Back 35

amount of substance that contains as many moles as 12 g of carbon 12 isotope

Front 36

molecular mass vs formula mass

Back 36

average masss of a substance's molecules

sum of mass of all atoms present in substance

Front 37

how to find L.R.

Back 37

divide each # of moles by its respective coefficent

Front 38

extensive property

Back 38

properties that depend on amount of substnce

Front 39

intensive properties

Back 39

properties that do not depend on amount of subtstance

Front 40

to solve for number of moles of cations or anions in a compound

Back 40

number of moles of subtstance (# moles of cation or anion/1 mol)