Could you please solve both parts of the attached problem? I'm not sure when to use the relativistic expression and when not. Thank you.
Problem considering wavelength of particles in a gas
I don't know how to solve this problem. Could you please solve all three parts of it? Thank you.
Why is particle velocity given by group velocity?
See attached file.
Probability interpretation of the wavefunction.
See attached file.
Continuous probability distributions
I don't understand probabilities much. Could you please explain the attached question? Thank you.
Could you please show me how to do the problem called QM12 that I have attached in MS Word format? If you prefer pdf, it's question 1 in section 4 in the file QM-MT that is also attached. The question is called Hermitian Operators. Thank you.
Change of state following a measurement
Could you please explain the MS Word problem attached (QM10)? If you prefer pdf, it's also attached in pdf format. However, the pdf format is the whole problem sheet and I need problem 1 of section 5 in the pdf problem set. Equation 16 is shown in problem 3 in section 3. In the MS Word format, all the relevant information is on ...continues
For a particle in a 1-dimensional box confined between 0
For a particle in a 1-dimensional box confined between 0
The central potential and the 3-dimensional time independent Schrodinger equation
The Central Potential The 3-D time independent Schrodinger equation for a particle of mass m in a spherically symmetric potential is -- Equation---- a) By writing grad^ in terms of r, theta and phi show that this can be written as -- Equations--- (b) Writing shi = R Y show that Y must satisfy L^2 Y = c Y where c i ...continues
The angular momentum operators
Could you please solve the problem attached on ang. momentum operators? Thank you.
