Question

What is the wavelength of light needed to break double bonded carbons if double bonded carbons have an enthalpy of 602 kJ/mol?
602 kJ/mol x (1 mol/6.02E23) = ?kJ/particle
Eparticle = hc/wavelength
Plug in and solve for wavelength. Post your work if you get stuck.

Related Questions

What are the major organic products of this reaction: CH3CH2CH2COCH2CH3 (an O is double bonded to... A straight-chain alkene with seven carbons has two double bonds and one bromine atom bonded to one o... What is the definition of a hydrocarbon?(1 point) Responses a large chain of carbons and hydroge... What is the definition of a hydrocarbon? (1 point) • electrons shared between two different atoms...