Question
Consider an electron in the ground state of hydrogen.
(a)What is the least amount of energy needed to excite the ground state electron in Joules?
(b) Is an electron in the ground state of hydrogen capable of absorbing a photon with energy of 1.38e-18 Joules.
(a)What is the least amount of energy needed to excite the ground state electron in Joules?
(b) Is an electron in the ground state of hydrogen capable of absorbing a photon with energy of 1.38e-18 Joules.
Answers
DrBob222
dE = 2.180E-18(1/1 - 1/2^2)
Solve for dE for and electron moving from n = 1 to n = 2.
1.38E-18 = 2.180E-18 (1/1 - 1/x^2)
Solve for x. If x can be rounded (reasonably) to a whole number, yes.
Solve for dE for and electron moving from n = 1 to n = 2.
1.38E-18 = 2.180E-18 (1/1 - 1/x^2)
Solve for x. If x can be rounded (reasonably) to a whole number, yes.
schoolgirl
Thank you very much.