Dual Nature Of Matter

Number Of Spectral Lines|Questions|Dual Behavious Of Matter - Dual Nature Of Matter|Derivation Of De-Broglie Equation|Dual Nature Of Matter|De Broglie Wavelength In Terms Of K.E.|Davisson And German Experiment|Questions|Heisenberg's Uncertainly Principle|OMR

Revision Question|Ionization Energy|Binding Energy|Excitation Energy|Exercise Questions|Limitations Of Bohr Model|Dual Nature Of Matter And Radiation|Verification Of Wave Character (Davisson And Germer's Experiment)|De Broglie Relation|Summary

Binding Energy|Excitation Energy|Questions|What Does Negative Electronic Energy Mean ?|Limitations Of Bohr's Model|Dual Nature Of Matter And Radiation|Verification Of Wave Character (Davisson And Germer's Experiment)|De Broglie Relation|Summary

Binding Energy|Excitation Energy|Questions|What Does Negative Electronic Energy Mean ?|Limitations Of Bohr's Model|Dual Nature Of Matter And Radiation|Verification Of Wave Character (Davisson And Germer's Experiment)|De Broglie Relation|Summary

Dual Nature Of Electromagnetic Radiation|De Broglie Concept Of Dual Nature Of Matter|Davisson And Germer's Experiment|Thomson's Experiment|Calculation Of De Broglie Wavelength Of The Electron From The Potential|Numerical|Derivation Of Bohr's Postulate Of Angular Momentum From De Broglie Equation|Heisenberg's Uncertainty Principle|Electron Cannot Exist In The Nucleus|OMR

Usefulness Of Bohr's Model|Limitations Of Bohr's Model|Developments Leading To Quantam Or Wave Mechanical Model Of Atom|Dual Nature Of Matter And Radiation|De Broglie's Equation|Significance Of De Broglie Equations|Numerical|Difference Between Particles And Wave|OMR

De-broglie proposet dual nature for matter lambda = (h)/(m v) and lambda = (h)/(sqrt(2mK.E)) where m = mass, h = plancks constant. Dual nature is particle and wave nature. Which one is not related to de-Broglie.s concept

Dual Nature Of Electromagnetic Radiation

Dual Nature Of Electromagnetic Radiation