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Physics : Recent Questions and Answers (Page 138)

Find answers to your questions about Physics or help others by answering their Physics questions.

Are time and distance state or process variables?

So this is my thought process:I think time is a state variable, while distance is, simply because time is time and has no "path" i.e. distance, dependence. Same goes...

Asked on 08/04/2021

0 answer

Why is max power below natural frequency

I can't understand why intuitively the max power is at the natural frequency. We were told in our notes that the power absorbed is exactly equal to the rate at...

Asked on 08/04/2021

1 answer

Identifying Lorentzian conformal group after radial quantization

Consider radial quantization in Euclidean signature, in $d$ dimensions. We obtain a Hilbert space with a (non-Hermitian) representation of the Euclidean conformal algebra $so(1,d+1)$, with these ...

Asked on 08/04/2021 by EmmyNoether

0 answer

Is there a difference between instantaneous speed and the magnitude of instantaneous velocity?

Consider a particle that moves around the coordinate grid. After $t$ seconds, it has the position$$S(t)=(cos t, sin t) quad 0 leq t leq pi/2 ...

Asked on 08/04/2021

1 answer

The real amount of energy in $rm HBr$ greater than the real energy stored in $rm HCl$

Our teacher told when a system contains more energy its unstable.Bond dissociation enthalpy of $rm HCl$ is around 430kJ/mol and $rm HBr$ is around 360kJ/mol.The bond...

Asked on 08/04/2021 by Zayden

0 answer

Are $|n,l,s,j,m_j rangle$ states exact energy eigenstates for one electron spin orbit coupling or just zero order approximations?

In my atomic lecture notes calculating the changes with spin-orbit coupling for a one electron atom they describe the $|n,l,s,j,m_j rangle$ states as being used to 'diagonalise the spin-orbit...

Asked on 08/04/2021

1 answer

Implication of velocity of Wiener's process on diffusive flux

We know that Wiener process $omega(t)$ characterized by the probability distributions: $$p(omega_0,t_0) = frac{1}{sqrt{4pi Dt}}expleft(-frac{omega_0^{2}}{4D t_0}right)$$$$p(omega_1,t_1|omega_0,t_0) = frac{1}{sqrt{4pi Dt}}expleft(-frac{(Deltaomega)^2}{4D Delta t}right)$$ is not differentiable as the...

Asked on 08/04/2021 by Brownian_Motion

1 answer

How can the universe be a computation?

A few physicists (or computer scientists) take it for granted that the universe is a computation. However, I am not able to understand how the universe CAN be a computation...

Asked on 08/03/2021

2 answer

Proving that the Boltzmann entropy is equal to the thermodynamic entropy

I've been trying to understand how we can equate the Boltzmann entropy $k_B ln Omega$ and the entropy from thermodynamics. I'm following the approach found in the first chapter in...

Asked on 08/03/2021 by Wade Hodson

5 answer

Renormalization Group approaches to many-body problems: An algebraic perspective

This is related to a question I asked a few months ago here. I haven't looked at it again until recently because I was busy with something very different,...

Asked on 08/03/2021

0 answer

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