ocrven E (Main)-2017 240. The surface of a metal is illuminated with the lik of 400 nm. The kinetic energy of the eject photoelectrons was found to be 1.68 eV. The we function of the metal is TAIEEE-200 ((1)) 1.41 ev (2) 1.51 ev (3) 1.68 eV (4) 3.09 eV 241. Statement-1: When ultraviolet light is incident a photocell, its stopping potential is V, and th maximum kinetic energy of the photoelectrons Kmay. When the ultraviolet light is replaced X-rays, both V, and Kmay increase. Statement-2 : Photoelectrons are emitted wi speeds ranging from zero to a maximum valu because of the range of frequencies present in th incident light TAIFFE.34 ent, slits are en is placed isting of tw is used to n. The leas imum to the th the