Physics, 22.07.2019 17:20 bakerj5203
He bond dissociation energy of a c-c single bond in a typical alkane is 347 - 377 kj/mol, meaning that to break a mole of such c-c bonds, it requires 347 - 377 kj of energy. this energy can be supplied by heat or by electromagnetic radiation. suppose that we want to break a c-c bond in a specific alkane with a bond dissociation energy of 354 kj/mol by a single photon, calculate the maximum wavelength of this photon. round your answer to three significant figures and units in nm.
Answers: 3
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Calculate the numbers of photons having a wavelength of 10.0 mm required to produce 1.0 kj of energycalculate the numbers of photons having a wavelength of 10.0 mm required to produce 1.0 kj of energy
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He bond dissociation energy of a c-c single bond in a typical alkane is 347 - 377 kj/mol, meaning th...
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