NO3 + NO = NO2 is a Synthesis reaction where one mole of Nitrate Radical [NO 3] and one mole of Nitric Oxide (Radical) [NO] combine to form two moles of Nitrogen Dioxide [NO 2]

NO2 = NO3 + NO is a Decomposition reaction where two moles of Nitrogen Dioxide [NO 2] decomposes into one mole of Nitrate Radical [NO 3] and one mole of Nitric Oxide (Radical) [NO]

Balance the reaction of NO2 + O3 = NO3 + O2 using this chemical equation balancer!

NO2 + O2 = NO3 is a Synthesis reaction where two moles of Nitrogen Dioxide [NO 2] and one mole of Dioxygen [O 2] combine to form two moles of Nitrate Radical [NO 3]

2NO2{-} + O2 = 2NO3{-} is a redox reaction where N is oxidized and O is reduced. NO 2-is a reducing agent (i.e. it lost electrons) and O 2 is a oxidizing agent (i.e. it gained electrons).

NO2 + NO3 = N2O5 is a Synthesis reaction where one mole of Nitrogen Dioxide [NO 2] and one mole of Nitrate Radical [NO 3] combine to form one mole of Dinitrogen Pentoxide [N 2 O 5]

NO2 + O3 = NO3 is a Synthesis reaction where three moles of Nitrogen Dioxide [NO 2] and one mole of Cyclic Ozone [O 3] combine to form three moles of Nitrate Radical [NO 3]

Two moles of Nitrogen Dioxide [NO 2] and two moles of Hydroxide Ion [OH-] react to form one mole of Nitrite Ion [NO 2-], one mole of Water [H 2 O] and one mole of Nitrate Ion [NO 3-]

Redox reactions occur when there is a simultaneous change in the oxidation numbers of some atoms. To identify whether NO 2 + H 2 O = NO + H + NO 3 is a redox reaction, the oxidation number of each atom must be determined. This can be done using our oxidation state calculator.

To be balanced, every element in No3 = No2 must have the same number of atoms on each side of the equation. When using the inspection method (also known as the trial-and-error method), this principle is used to balance one element at a time until both sides are equal and the chemical equation is balanced.