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[FONT=Comic Sans MS]Can someone please explain to me how I should go about solving the following 2 questions? #1 The lowest energy level in a particle confined to a one-dimensional region of space with fixed dimension "L" is Eo. If an identical particle is confined to a similar region with...

[FONT=Comic Sans MS]Consider a hydrogen atom in the n = 1 state in a magnetic field. For what value of the magnetic field is the splitting between the s = +1 and s = -1 levels equal to .000093 eV?

Can someone please help me understand the following question? The ionization energy of the outermost electron in Li is 5.390 eV. What is the effective charge seen by the outermost electron? (Li has 2 energy levels)

[FONT=Comic Sans MS]I need help answering the following question: The energy of an electron in the p-level of an atom is changed in the presence of a magnetic field of magnatude 3.4T. What is the difference between the largest & smallest possible engergies? Thank you!

[FONT=Comic Sans MS]I need a plain & simple explanation of atomic structure. For example, if I was to consider the n = 6 shell, what would be the largest angular momentum quantum number and how many electrons can be put in this shell? Thanks for your insight!

[FONT=Comic Sans MS] Can someone please explain to me how I should go about solving the following 2 questions? #1 The lowest energy level in a particle confined to a one-dimensional region of space with fixed dimension "L" is Eo. If an identical particle is confined to a similar region...

This has been very helpful. Thank you!

What concepts lead to the quantination of radii in the hydrogen atom, for example: r = r(o) * n squared?

Can anyone help me with this? If w = square root of (gk) what is the phase and group velocity and show that the group velocity = v/2.

Can anyone help me with this question? A simple harmonic oscillator can be considered to be a small mass "m" on a spring of a force constant "k" when the force is f = -kx and the potential energy is V(x) = 1/2mw(squared)x(squared) where w = square root of (k/m) Knowing this I need to show...