The bonds of oxygen molecules are broken by sunlight. The minimum energy required to break the oxygen-oxygen bond is 495 kJ/mol
O2. What wavelength of sunlight is required to break the bond in one O2 molecule?
1 answer:
Answer:
The wavelength of sunlight is required to break the bond in one oxygen molecule is 242 nm.
Explanation:
Energy required to break the 1 mol oxygen-oxygen bond:
=495 kJ=495000J
1 mol =
molecules
Energy required to break 1 molecule of oxygen molecule= E
= 
The energy required to break the 1 molecule of oxygen is equal to enrgy of one photon of a sunlight.

where,
= wavelength of the light
E = energy of the photon
h = Planck's constant = 
c = speed of light = 


The wavelength of sunlight is required to break the bond in one oxygen molecule is 242 nm.
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Given that ::
v1 = 25L ; n1 = 1.5 mole ; v2 =? ; n2 = (1.5-0.9) = 0.6 mole
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