Find answers to your questions about Physics or help others by answering their Physics questions.
Question: What isotope has the shortest half life?...
Asked on 01/03/2021 by Event_Horizon
5 answerDuring storms, I have often watched ocean waves breaking at the shore as if they were in slow motion. I've wondered if the slow curling of the waves during these...
Asked on 01/03/2021 by Sketcher
1 answerI am trying to show that for ideal gas: $mathrm{d}S = c_vfrac{mathrm{d}p}{p} + c_pfrac{mathrm{d}V}{V}$ But I keep getting an additional term $frac1Tleft(frac{partial U}{partial V}right)_Tmathrm{d}V$. What is...
Asked on 01/03/2021
0 answerCalculate specific entropy change for $N_2$ from 250 K and 1000 kPa to 1300 K and 60 kPa using $Delta s=phi_2-phi_1-Rln (frac{p_2}{p_1})$ given that $phi_1=6.6587 kJ/kg/K$ and...
Asked on 01/03/2021
2 answer**** This question has been modified following the discussion below. **** Bell’s theorem says, in a nutshell, that “local hidden-variable theories (HVT) cannot exist” (since they contradict QM in Bell...
Asked on 01/03/2021 by LouisV
2 answerI'm trying to solve some questions in dynamics and I came across this problem. I've attempted to solve it first without looking at the answer but after several attempts, I've...
Asked on 01/03/2021 by CroCo
1 answerPenrose's twistor theory can only construct a left-handed graviton. This is seen as a problem. But... is there anything wrong with gravitons existing in only one polarisation? How would gravity...
Asked on 01/03/2021
1 answerThe parity transformation property of a complex scalar field $phi(x)$ is given by: $$Pphi(t,textbf{x}) P^{-1}=eta_Pphi(t,-textbf{x})$$ where $eta_P=pm 1$. The charge conjugation property of a complex scalar field $phi(x)$ is given...
Asked on 01/02/2021
1 answerHow do the eigenfunctions of the total angular momentum operator analytically look like? I mean the operator is given by $J = L+S$ so the eigenfunctions have to be...
Asked on 01/02/2021 by Solid State Physicist
2 answerIs it possible to explain the form of Lagrangian $L=T-V$ in the following way? The force that acts on a mass particle is due to the potential $V(x)$....
Asked on 01/02/2021 by Hulkster
2 answerGet help from others!
Recent Questions
Recent Answers
© 2024 TransWikia.com. All rights reserved. Sites we Love: PCI Database, UKBizDB, Menu Kuliner, Sharing RPP