Dual Nature of ...

If a photon and an electron have same de-broglie wavelength, then

Einstein's work on photoelectric effect provided support for the equation

De Broglie wavelength for a beam of electron having energy 100 eV  is :

What will be de Broglie wavelength of an electron moving with a velocity of $$\displaystyle 1.2\times 10^{5}ms^{-1} $$?

The figure shows a plot of photocurrent v/s anode potential for a photo sensitive surface for three different radiations. Which one of the following is a correct statement?

In H-atom, if 'x' is the radius of the first Bohr orbit, de Broglie wavelength of an electron in 3rd orbit is :

de Broglie wavelength for a beam of electron having energy 100 eV  in $$A^0$$ is :

If an electron and a photon propagate in the form of waves having the same wavelength, it implies that they have the same :

The electricity produced by creating photo electrons is called :

A photon of frequency n causes photoelectric emission from a surface with threshold frequency v$$_o$$. the de Broglie wavelength $$\lambda$$ of the photoelectron emitted is given as: