TRM-7
... The Dutch physicist Pieter Zeeman (and 1902 physics Nobelist) observed with a state of the art spectrometer of the time, which we would no consider pretty crude) that each spectral line splits in a magnetic field into three spectral lines, one stays at the original position, the spacing of the other ...
... The Dutch physicist Pieter Zeeman (and 1902 physics Nobelist) observed with a state of the art spectrometer of the time, which we would no consider pretty crude) that each spectral line splits in a magnetic field into three spectral lines, one stays at the original position, the spacing of the other ...
Solutions Fall 2004 Due 5:01 PM, Monday 2004/11/22
... free on one side. (e) V3 < E. Solution: There are allowed values of E, continuously distributed since the particle is free on each side. ...
... free on one side. (e) V3 < E. Solution: There are allowed values of E, continuously distributed since the particle is free on each side. ...
22. Linear Equations
... Note that if a1 (x) = 0, the equation is not differential. So, let us assume that the function a1 (x) is not zero. In this case we can divide the equation with a1 (x) and obtain the form y 0 + P (x)y = Q(x). Note that here P = a0 /a1 and Q = b/a1 . To solve this differential equation you should: 1. ...
... Note that if a1 (x) = 0, the equation is not differential. So, let us assume that the function a1 (x) is not zero. In this case we can divide the equation with a1 (x) and obtain the form y 0 + P (x)y = Q(x). Note that here P = a0 /a1 and Q = b/a1 . To solve this differential equation you should: 1. ...
