6 The diagram below shows two energy levels for the electron in the hydrogen atom.energy/10-19 J-1.36photon-5.44The electron makes the transition shown by the arrow.What is the wavelength of the photon emitted? A 293nm B 366nm C 488nm D 1460nm Your answer C 相关知识点: 试题来源:...
26 The diagram represents in simplified form some of the energy levels of the hydrogen atom.E4E3E2E1The transition of an electron from E3 to E2 is associated with the emission of red light.Which transition could be associated with the emission of blue light? C A E4 to E1 B E1 to E4...
The meaning of the energy level diagram is as follows: Thanks to the Grotrian diagram, we can see that light emission and absorption happen at the same wavelengths. A molecule or atom travels from a lower energy state to a higher energy state when it absorbs light or collides with another ...
The following is a diagram of energy states and transitions in the hydrogen atom. Match each of the responses below with the correct arrow from the figure. a) The emission line with the shortest wavelength. b) The absorption line with the longest wavelength. c) The emission ...
The energy-level diagram for hydrogen shows the energy levels, or energy states, as horizontal lines. N = 1 is the ground state of the atom. All other values of N represent various excited states. The vertical lines represent the light emitted when an electron falls from one state to ...
energy levels for hydrogenThe energy-level diagram for hydrogen shows the energy levels, or energy states, as horizontal lines.N= 1 is the ground state of the atom. All other values ofNrepresent various excited states. The vertical lines represent the light emitted when an electron falls from ...
The energy level diagram for the stationary states of a hydrogen atom , compouted from Bohr's relation for energy , is given in Fig.12.02. The principal quantum number n labels the stationary states in the ascending order of energy . Obviously , the highest energy corresponds to n=∞ and ...
A more complete energy level diagram is given in Fig. 1, where a dominant molecular vibration has its energy levels superimposed on each electronic state. This figure shows why the absorption and emission tend to overlap with, and be mirror images of, one another. A well-defined vibrational ...
Partial energy level diagram of the hydrogen atom, with wavelengths indicated for several transitions. Energy is indicated both in energy units (electron volts) and in wavenumber units (reciprocal centimeters). When one considers a material such as a solid, liquid, or gas, the energy levels are...
Looking at the energy level diagram in the hydrogen atom provided below, answer the following question showing all calculations. A source is found to emit ultraviolet light with a wavelength of 420 nm. Could this light be emitted by the hydrogen atom? W...