Скачать с ютуб Derive De-Broglie Wave Equation | Quantum Chemistry | Physical Chemistry в хорошем качестве

Derive De-Broglie Wave Equation | Quantum Chemistry | Physical Chemistry

For More Details Visit http://cepekmedia.co.nf Derive de-Broglie’s equation. According to de-broglie Hypothesis both light and matter have dual character as wave and as particle. When electron is taken as wave, it must be associated with wavelength, frequency ets. If ‘upsilon ’ is the frequency of this wave and ‘E’ is its energy then according to plank’s equation E = hupsilon ...(1) If electron is taken as particle, then its energy E is given by Einstein equation, E = m{ c }^{ 2 } ...(2) where, m = Mass of particle c = Velocity of light Therefore on comapring eq (1) and (2), hv = m{ c }^{ 2 } therefore mc = frac { hv }{ c } but frac { v }{ c } = frac { 1 }{ lambda } therefore mc = frac { h }{ lambda } or boxed { P = frac { h }{ lambda } } Where P is momentum = mc lambda = wavelength h = Planks constant This is de-broglie’s equation. Ask a question at http://bit.ly/2GrIMbs Answer a question at http://bit.ly/2V26gM5 Other Subjects: Adult Education @ http://bit.ly/2KFPK0s Analytical Chemistry @ http://bit.ly/2Gq24Ok Applied Physics @ http://bit.ly/2Xh4S64 Engineering Drawing @ http://bit.ly/2IHro43 English @ http://bit.ly/2V8FSk4 Environmental Studies @ http://bit.ly/2UGKlLa General Medicine @ http://bit.ly/2Gtn8Uh Mathematics @ http://bit.ly/2UEZVqH Organic Chemistry @ http://bit.ly/2GkXvTY Physical Chemistry @ http://bit.ly/2v5EQX5 Soft Skills @ http://bit.ly/2Zf6wa3