An electron undergoes a transition from the n=3 state to the ground state in a hydrogen atom. calculate the wavelength of the photon emitted as a result of this transition in the units of meters. an excellent response will include the appropriate relationship along with consideration of dimensional analysis , scientific notation, and consideration of significant figures.

Explanation:

As we know by Bohr's Postulates that when electron makes transition from higher excited state to lower excited state then energy difference of two levels is released in the form of photons.

So we can say

here we know that energy of nth excited state in any atom is given as

here for hydrogen atom z = 1

also we know that

now from above equation we have

answer: the correct answer id option(d).

explanation:

snell's law refraction:

the angle of refraction =

the angle of incidence =

refractive index of air = = 1

refractive index of glycerol = 1.47

from the given options, the most closest answer to 63.72° is 65° of option (d).

the amount of current in the coil