Please show all work. 3. The dissociation of the HO-H bond in water requires 493 kJ/mol. a) How...

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Chemistry

Please show all work.

3. The dissociation of the HO-H bond in water requires 493kJ/mol.

a) How much energy, in joules, is required to break the HO-Hbond in a single water molecule?

b) What wavelength of electromagnetic radiation would have theenergy required to break a HO-H bond?

c) In what region of the spectrum (X-ray, UV, Vis, IR, etc.)does this radiation appear?

Answer & Explanation Solved by verified expert
4.5 Ratings (996 Votes)
a 493 KJ 493000 JThus the dissociation of the HOH bond in water requires 493000JmolAccording to avogadros law 1 mole of water contain 6022    See Answer
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