BSc Physics SEM V 2016 17 2016-17 Physics I Mathematical & Stati. Physics Question Paper - Mumbai University | munotes
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Questions asked in this paper
10n of motion of a b
medium y falling under gravity in a
S for v if the body starts from rest
dt by using the method of seperation of 4
(B) Attempt any one
Dirichlet S theorem. Explain the Dirichlet’s conditions. 4
11 the Fourier transforms of first order Yad second order 4
derivatives of a function f(x)
(C) Attempt any one :— :
(i) Energy difference between two particle states in a system is 4
3.2 x J. Calculate temperatitre of the system when ratio
of the probabilities of the twocsiates is e?
(ii) Consider a system of eight spin half particles fixed in uniform 4
magnetic field B. If is the magnetic moment associated with
each particle, find the possible macrostates of the system
and statistical each macrostate. Which will be the
most probable mactostate? Explain. :
(i) Calculate thermodynamic probability of the most probable
least probable distribution of 1000 identical
(ii) An of volume 100 ce is filled with black body
Calculate the number of modes of vibration in the
medium y falling under gravity in a
S for v if the body starts from rest
dt by using the method of seperation of 4
(B) Attempt any one
Dirichlet S theorem. Explain the Dirichlet’s conditions. 4
11 the Fourier transforms of first order Yad second order 4
derivatives of a function f(x)
(C) Attempt any one :— :
(i) Energy difference between two particle states in a system is 4
3.2 x J. Calculate temperatitre of the system when ratio
of the probabilities of the twocsiates is e?
(ii) Consider a system of eight spin half particles fixed in uniform 4
magnetic field B. If is the magnetic moment associated with
each particle, find the possible macrostates of the system
and statistical each macrostate. Which will be the
most probable mactostate? Explain. :
(i) Calculate thermodynamic probability of the most probable
least probable distribution of 1000 identical
(ii) An of volume 100 ce is filled with black body
Calculate the number of modes of vibration in the
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