Question

A photon at 300 nm will kick out an electron with an amount of kinetic energy, KE300. If the wavelength is halved and it hits an electron in the metal with the same energy as the previous electron, what is the energy of the electron coming out? a. Less than 1/2 KE300 b. 1/2 KE300 c. = KE300 d. 2 * KE300 e. More than 2 * KE300

Name: a photon at 300 nm will kick out an electron with an amount of kinetic energy ke300 if the wavelength is halved and it hits an electron in the metal with same energy as the previous electron 41007
Uploaded: 2023-06-05T05:13:47-08:00
Duration: 3 min
Channel: Narayan Hari
Description: a photon at 300 nm will kick out an electron with an amount of kinetic energy ke300 if the wavelength is halved and it hits an electron in the metal with same energy as the previous electron 41007

          A photon at 300 nm will kick out an electron with an amount of kinetic energy, KE300. If the wavelength is halved and it hits an electron in the metal with the same energy as the previous electron, what is the energy of the electron coming out?

a. Less than 1/2 KE300
b. 1/2 KE300
c. = KE300
d. 2 * KE300
e. More than 2 * KE300

a photon at 300 nm will kick out an electron with an amount of kinetic energy ke300 if the wavelength is halved and it hits an electron in the metal with same energy as the previous electron 41007

Added by Sarah B.

Objective Physics for NEET

Abhay Kumar 2nd Edition

Chapter 25

Instant Answer

Solved by Expert Narayan Hari

06/05/2023

Step 1

KE300 = 3.6 eV. Show more…

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A photon at 300 nm will kick out an electron with an amount of kinetic energy, KE300. If the wavelength is halved and it hits an electron in the metal with the same energy as the previous electron, what is the energy of the electron coming out? a. Less than 1/2 KE300 b. 1/2 KE300 c. = KE300 d. 2 * KE300 e. More than 2 * KE300