The oxidation state of oxygen in OF<sub>2</sub> is:
The oxidation state of oxygen in OF2 is:
+1 | |
—2 | |
—1 | |
+2 |
+1 | |
—2 | |
—1 | |
+2 |
57 | |
80 | |
100 | |
43 |
Formation | |
Reaction | |
Combustion | |
Atomization |
Anode | |
Discharge tube | |
Cathode | |
Residual gas |
Glass | |
CaF2 | |
KNO | |
NaCt |
BF3 | |
CH4 | |
NH3 | |
BeCl2 |
Mole fraction of solvent | |
Molarity | |
Molality | |
Mole fraction of solute |
Mole-1 / dm3 | |
Moles / dm3 | |
Mole-2 dm+6 | |
No unit |
H20 | |
CH4 | |
NH3 | |
CO2 |
work | |
will work | |
works | |
worked |
Will publish | |
Publishes | |
Published | |
Publish |
Had completed | |
Will have completed | |
Will complete | |
Will has completed |
Has begun | |
Being | |
Began | |
Begins |
Have taken | |
Will | |
Had taken | |
Will have taken |
Office | |
College | |
Hotel | |
Beauty Shop |
New Jersy | |
Virginia | |
New York | |
Taxas Virginia |
Farm owner | |
Merchant | |
Professor | |
Pilot |
Ugly | |
Cheap | |
Loose | |
Grand |
Curly | |
Wavy | |
Straight | |
Plain |
Shuts with a force | |
Opens | |
Buys | |
Paints |