00:01
Hello students, let's begin with this question.
00:02
In this question we have to find out the type of the electromagnetic radiation that is associated with the given transition.
00:14
So, generally in this question we have to find out the wavelength.
00:18
So, in the question the energy levels are given, n1 is equals to 3 and n2 is equals to 6.
00:30
So, this question can be solved by using the rydberg equation.
00:35
So, this is equals to here 1 upon lambda is equals to r.
00:44
So, this is the rydberg constant into 1 upon n1 square minus 1 upon n2 square.
00:51
Here this n1 is the lower energy level of a lower energy orbital and n2 is equals to the energy of a higher energy orbital, level of higher energy orbital.
01:03
So, here 1 upon lambda is equals to, so this rydberg constant has a value of 1 .097 into 10 raised to power minus 2 per nanometer into 1 upon 3 square minus 1 upon 6 square...