A.
Describe specifically two major differences between quantum
mechanics and classical mechanics.
B. How does the correspondence principle link quantum
mechanics and classical mechanics?
C. Why is it still accurate to use classical mechanics for
human size objects? That is, why are our wave like properties not
observed?
in quantum mechanics, when we analyze the potential step: we say
that a classical bowling ball do not reflect because its wavelength
is so small that we do not have a step whose rising distance is
comparable with the ball's wavelength.
Question: If I assume we a particle whose mass is 100m, and it
is composed of 100 particles having mass m. If the big mass moves
with a constant speed v then all the small particles move with the...
Why phase space is required in classical mechanics and
statistical mechanics?, as this is not a real space. what probelm
we would suffer if the phase space is not assumed or cosidered?
Why does classical physics seem more intuitive to us than
modern physics does
Relativistic quantum mechanics is the best theory that we have
in physics. What does it describe
What are the four fundamental physical quantities?
How are fundamental units different from derived
units
What are three advantages of the metric system?
By how many orders of magnitude do the diameter of the sun and
the diameter of an atom differ?
I have a question about difference between physical observables
and eigenstates in quantum mechanics
it is postulated in Quantum Mechanics that
physical observable in Classical Mechanics are represented by
linear operators
the state of the particle was represented by a curve in phase
space determined by generalized position and momentum
but in Quantum Mechanics it is represented by a vector in
Hilbert space
and if we measure the physical observable of the particle, the
previous state of the particle once...
Explain classical, operant and social learning theories. Provide
1 example for each. Explain the differences between classical,
operant and social learning theory.