What property of the oxygen atom is represented by the equation `O(g)+e^(-) rarr O^(-)(g)`?

The burning of coal represented by the equation, C(s) + O_2(g) rarr CO_2(g) . The rate of this reaction is increased by:

Given that O(g) + e^(-) rarr O^(-)(g) Delta H = - 142 kJ mol^(-1) O(g) + 2e^(-) rarr O^(2-)(g) DeltaH =+712kJmol^(-1) The heat change for the reaction O^(-)(g) + e^(-) rarr O^(2-)(g) is :

The elementary reaction O_3(g) + O(g) rarr 2 O_2(g) is

The formation of the oixde ion, O^(2+)(g) from oxygen atom requires first an exothermic and then an endothermic step as shown below: O(g)+e^(-) rarr O^(-)(g), Delta H^(O)=-141kJ mol^(-) O(g)+e^(-) rarr O^(-)(g), H^(O)=-kJ mol^(-) Thus the process of formation of O^(2-) in gas phase is neon. It is due to the fact that

The formation of oxide ion O^(2-)(g) from oxygen atom requires first an exothermic and then an endothermic step as shown below O(g)+e^(-) rarr O^(-)(g), DeltaH^(-) = - 141 kj mol^(-1) O^(-)(g) +e^(-) rarr O^(2-) (g), DeltaH^(-) =+ 780 kj mol^(-1) Thus, process of formation of O^(2-) in gas phase is unfavourable even through O^(2-) is isoelectronic with neon. It is due to the fact that

The formation of oxide ion O^(2-)(g) from oxygen atom requires first an exothermic and then an endothermic step as shown below O(g)+e^(-) rarr O^(-)(g), DeltaH^(-) = - 141 kj mol^(-1) O^(-)(g) +e^(-) rarr O^(2-) (g), DeltaH^(-) =+ 780 kj mol^(-1) Thus, process of formation of O^(2-) in gas phase is unfavourable even through O^(2-) is isoelectronic with neon. It is due to the fact that m

Which one of the following processes proceeds with the absorption of energy? F(g)+e^(-) rarr F^(-) (g) , F(g)+e^(-) rarr F^(-) (g) , O(g)+e^(-) rarr O^(-)(g) , Cl(g)+e^(-) rarr Cl^(-) (g)

Ozone in the earth's atmosphere decomposes according to the equation: 2O_(3)(g) rarr 3O_(2)(g) This reaction is thought to occur via the two-step mechanism: Step 1: O_(3)(g) hArr O_(2)(g) +O(g) Fast, reversible Step 2: O_(3)(g) +O(g) rarr 2O_(2)(g) slow What rate law is consistent with this mechanism?