Q 37 when a metal with work function of 0.6 eV is illuminated with the light of 2 eV, the necessary stopping potential for the metal will be
(a) 2.6 V (b) 3.6 V
(c) 0.8 V (d) 1.4 V

Question

Q 37 when a metal with work function of 0 6 eV is
illuminated with the light of 2 eV, the necessary stopping
potential for the metal will be
(a) 2 6 V (b) 3 6 V
(c) 0 8 V (d) 1 4 V

Decoder_2 · Accepted Answer

Dear student,Vo(stopping potential)=E-Woe=2eV-0 6eVe=1
4VRegards

Q 37 when a metal with work function of 0.6 eV is illuminated with the light of 2 eV, the necessary stopping potential for the metal will be (a) 2.6 V (b) 3.6 V (c) 0.8 V (d) 1.4 V

Q 37 when a metal with work function of 0.6 eV is illuminated with the light of 2 eV, the necessary stopping potential for the metal will be
(a) 2.6 V (b) 3.6 V
(c) 0.8 V (d) 1.4 V