Measurement of angular momentum?
The answer seems to be that the possible measurement results of L z correspond to the eigenvalues of L z . I know how these are calculated, but why is that?
These are the tasks: Greetings
I am in my first semester of studying mechanical engineering and have been stuck on the following task for days :/ The fuel tank of a truck is filled with liquefied natural gas (LNG). The LNG has a temperature of −158 °C. The ambient temperature is 28 °C. To minimize the heating of the tank…
Hello, can someone help me with my physics problem? That would be really nice (see picture).
This is our physics homework. I understand it and can explain it using the diagram, but I still have two questions: Does the ball always fall with the North Pole first and if so, why? How does the current direction arise? We learned that when the magnetic flux changes within a current-conducting spiral, voltage is…
This is just one of the postulates of quantum mechanics: QM states are described by wave functions, measurements by hermetic operators that act on these wave functions and their possible measurement results by the eigenvalues of these operators…
the possible measured values are always the peculiar values of the associated self-adjudicated operators. that’s not just like that when it comes to the impulse.