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Atomic and Nuclear Physics
discuss energy levels of light nuclei and the hypothesis of charge independence of nuclear forces
Atomic and Nuclear Physics
if a radioactive material has a half-life of 2 years, a sample is reduced to 1/8 of its mass in?
Atomic and Nuclear Physics
when two nuclei approach one another in a nucear reaction there is a coulombs repulsive force between them does this potential energy affect the kinematics of the reaction does it affect the cross section
Atomic and Nuclear Physics
Discuss energy level of light nuclei and the hypotheses of charge independence of nuclear forces.
Atomic and Nuclear Physics
1.Describe the experimental determination of phonon dispersion relation using a triple axis neutron spectrometer.
Atomic and Nuclear Physics
a. If a comet was at aphelion (furthest distance from the sun) in 1944 and will be at perihelion (closest point to the sun) in 2050, at a distance of 0.5 AU, what would it's aphelion distance be? Explain how you got your answer.
Atomic and Nuclear Physics
quantum physics states that electrons can act as a wave or a particle. I thought they meant that the particle would be moving in a sine wave, but they told me that that was not the case. that the particles acted like waves in an ocean or something like that. I do not understand this at all, and I need a basic understanding of quantum physics by next fall. So, can someone please explain the particle or wave thing to me.
Atomic and Nuclear Physics
Show that for Rutherford scattering, twice as many particles are scattered through an angle
between 60° to 90° as are scattered through angles of 90° or more.
between 60° to 90° as are scattered through angles of 90° or more.
Atomic and Nuclear Physics
if the asteroid is moving at a constant speed in its orbit,does this also mean it is moving at a constant velocity explain is the asteroid accelerating explain
Atomic and Nuclear Physics
A reactor in a typical nuclear power plant operates at full power (3600 MW) for 18 months and is then shutdown for refueling. Assume the reactor is shutdown by inserting a reactivity of 0.04. Assume the conversion ration is 1.0 Calculate the heat generated (a) immediately following shutdown, (b) 10 minutes after shutdown, (c) 1 hour after shutdown, (d) 1 day after shutdown.
