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Write hamiltonian for free particle in one dimensional.
Write lande spliting factor.
Explain how to write spectroscopic term.
Write down formula wave vector in one fimensional.
Explain parition function in case of magnetic field B and with parallel and perpendicular spins.
Explain KG equation.
Suppose we have made a model of the Solar system scaled down in the ratio but of materials of the same mean density as the actual materials of the planets and the Sun. How will the orbital periods of revolution of planetary models change in this case?

1)     Use the charges to create an electric dipole with a horizontal axis by placing a positive and a negative charge (equal in magnitude but opposite in sign) 1 meter away from each other. (Axis of a dipole is a line passing through both charges.) Place positive charge on the left and negative on the right.  

 

2)     Describe the field at the following locations, and explain these results using the superposition principle.

 

  • On the horizontal axis to the right of the dipole

 

 

  • On the horizontal axis between charges


 




1)     Use the charges to create an electric dipole with a horizontal axis by placing a positive and a negative charge (equal in magnitude but opposite in sign) 1 meter away from each other. (Axis of a dipole is a line passing through both charges.) Place positive charge on the left and negative on the right.  

 

2)     Describe the field at the following locations, and explain these results using the superposition principle.

 

  • On the horizontal axis to the right of the dipole

 

 

  • On the horizontal axis between charges

 

 

  • On the horizontal axis to the left of the charges

 




If the coefficient of friction is 0.5 and the reaction is 60N calculate the limiting friction force required to prevent the object from moving (g=m/s^2
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