A 20 mw 360 nm laser is incident on a metal anode the metal


Solve the all given parts of given problem:

Problem: A 20 mW 360 nm laser is incident on a metal anode. The metal in the anode has a work function of 1.80 eV.

Part A: What voltage must be applied to completely stop the photo-electrons?

Part B: In the absence of an applied voltage, what current would be measured, Assuming

i) all photons in the laser produce a photo-electron and

ii) all photo-electrons reach the cathode

Part C: Why are these unrealistic assumptions?

Part D: What is the de Broglie wavelength of the emitted electrons?

Please show work I think I have the answer just not positive.

Request for Solution File

Ask an Expert for Answer!!
Physics: A 20 mw 360 nm laser is incident on a metal anode the metal
Reference No:- TGS0958967

Expected delivery within 24 Hours