Calculate the wavelength and frequency of the radiation emitted by the electronic transition from the 10th to the 9th excited state of hydrogen.

Question

silvagonLibbyx silvagonLibbyx

12-01-2017
Physics

contestada

Calculate the wavelength and frequency of the radiation emitted by the electronic transition from the 10th to the 9th excited state of hydrogen.

Respuesta :

Otras preguntas

can someone help me with number 25

what does the surface area represent in a cell

What builds proteins in a cell?

How do u do this problem: W/6+5/8=-1 3/8 I got this answer: -1 53/64

how can you tell the difference between additive comparison and multiplication comparison

Please I really need help!equivalent fraction of 1/50 with a denominator of 100 and convert these fractions to decimals. Also these ones: 1/20 1/25 3/10 7/10 2/

A basketball player achieves a hang time of 0.773 s in dunking the ball. What vertical height will he attain? The acceleration of gravity is 9.8 m/s^2 .

how did the experience of the early colonists shape Americas political and social ideals?

In class 6, 80percent of the children like crisps. 75percent of the children who like crisps also like chocolate. In class 6 what percentage of the children lik

Аноним Аноним · Answer 1 · 2017-01-25T15:16:47+01:00

Using the formula in theMore Precisely4.2, the energy in the eleventh level is E11= 13.59843(1-1/112) eV = 13.48604628 eV, E10= 13.59843(1-1/102) eV = 13.4624457 eV.T he difference between these two levels is 0.02360058 eV. Converting to Joules (see #3) we have 3.781x10-21J. Using E = hf, the frequency of this wave can be calculated – we find f = 5.707x1012Hz.In wavelength this is 52,534 nm or 52.5 microns which is in the infrared.