Bond dissociation energy of (O\_2(g) , is , x , kJ , mol^{-1... | Chemistry | SolveeIt | Solveeit

Today, October 3

Question

Bond dissociation energy of $O_2(g) \, is \, x \, kJ \, mol^{-1}$ . This means that

A

x kJ of energy is required to break one $O_2$ molecule into atom

B

x kJ of energy is required to break 1 mole of O = O bond in gaseous state

C

x kJ of energy is needed to convert $O(g) in O^{-1}(g)$

D

x kJ of energy is required to break 0=0 bonds in 16g of $O_2$ gas

Answer

x kJ of energy is required to break 1 mole of O = O bond in gaseous state

Explanation

Solution

Based upon definition