- +1-530-264-8006
- info@tutorsglobe.com

Relative intensities of an elements spectral line

1. Why were the relative intensities of an element's spectral line not all the same?

2. The next corresponding hydrogen line in the Balmer series should be due to the n=7 to n=2 transition. Calculate the wavelength of this line and offer an explanatio on why this line could not be observed.

3. What is the longest wavelength in the balmer series that can be observed?

4. Considering all the possible transitions, how many different frequencies, i.e. spectral lines, can be produced when an electron shifts from the excited energy level of n=4 to the energy level n=1? show this on the energy level diagram of the hydrogen atom. bear in mind possible stops at the intervening energy levels, n=3 and 2.

Expected delivery within 24 Hoursrs

18,76,764

Questions

Asked

21,311

Experts

9,67,568

Questions

Answered

Start Excelling in your courses, Ask an Expert and get answers for your homework and assignments!!

Submit Assignment
## Q : Find the acceleration of the particle

A small particle with a mass of 2 kg carrying a charge of 1 nC is at the surface of a charged spherical conductor of radius 3 mm. If the surface charge density is 1 C/m^2, find the acceleration of the particle. (The constant eo is 8.85 × 10-