Homework Statement [/B]Homework EquationsThe Attempt at a Solution [/B]
From Poisson bracket relation I have arrived at this point
Can anyone please suggest to proceed further
Homework Statement
Box divided by a partition into two equal compartments containing ideal gas.
Each compartment is having volume V ,temp T and pressure P
1.entropy of the system when the partition is given?
2.entropy of the system when the partition is removed.
[/B]Homework EquationsThe...
Homework Statement [/B]Homework EquationsThe Attempt at a Solution
Sir if the pendulum is given an angular velocity about the -he z axis then whether eq 1 is right for balancing force and I have a contradict regarding eq 2 and eq 3[/B]
1. The problem statementhttps://www.physicsforums.com/attachments/225935 Homework Equations3. I have rescaled coordinates which are X=(x1+x2)/√2 and Y=√3(x1-x2)/√2 for which the potential term becomes for a 2D harmonic oscillator of coordinates X and Y. But how to express Kinetic terms in terms...
Actually while studying the inflation phenomenon the transition of the slowly rolling scaler field from from the false vacuum to true vacuum state to a more classically stable state
I actually didn't understand this transition from false vacuum to true vacuum and what actually they mean?
Another...
actually K is the connection coefficient between pressure and density
Hence I am looking for the K for polytrophic index 3 ,that's only I want where
P=Kρ(n+1)/n
where n is the polytrophic index
P is the pressure
And ρ is the density of the star
yes all the standard notations
n is polytrophic index
k is the constt connecting pressure and density
M3 is the mass of a star for p
yes standard notations from the book dina prialnik
From the mass radius relation I have gone through mass of a relativistic star ( polytrophic index 3) which is
4piM3(K/piG)3/2
can anyone please suggest me any information of where the value of k is determined for relativistic star( for n=3) via any link
Where k is constt