Find answers to your questions about Physics or help others by answering their Physics questions.
I've seen plenty of examples on how to calculate reactance with a combination of a coil, capacitor and ohmic resistor. However, I'm not sure how to find the overall reactance...
Asked on 07/03/2021
1 answerAccording to Spekkens contextuality can be defined as follows:Suppose A, B and C are Hermitian operators such that A and B commute,A and C commute, but...
Asked on 07/03/2021
0 answerIf a very distant supernova has a high Doppler effect redshift do our eyes see its evolution picture like in 'slow motion'? If a same type of supernova apparently lasts...
Asked on 07/03/2021
2 answerI am doing some experiments with spheres impacting a body of water and would like to change the wettability of the sphere. Is there some relatively easy way to...
Asked on 07/03/2021
1 answerDo we know what are deciding factors for creating different types of neutron stars? I well familiar with how neutron stars being formed and how different types works. What I...
Asked on 07/03/2021 by Sebastian Bielejec
0 answerI am currently reading papers discussing the Zeno Effect, which discuss how measuring a system at high frequencies can almost freeze the state of a system, or keep the system...
Asked on 07/03/2021 by e.dave
1 answerI have tried to explore the information but still not very clear on the exact difference between diffusion, convection and advection. Can anyone help me out to...
Asked on 07/03/2021 by Hamayun
6 answerFor an incompressible Newtonian fluid, the stress tensor is $$sigma_{ij}=etaleft(frac{partial v_i}{partial x_j}+frac{partial v_j}{partial x_i}right).$$ Suppose only the first term is non-zero and so $$sigma_{ij}=etafrac{partial v_i}{partial x_j}.$$ This is...
Asked on 07/03/2021
0 answerI'm a mathematician who recently became very interested in questions related to mathematical physics but somehow, I faced difficulties in penetrating the literature... I'd highly appreciate any help with...
Asked on 07/03/2021 by user5831
0 answerSound waves dissipate in any material such as air, but if temperature decreases or increases; how would the increase or decrease in temperature affect the dissipation? ...
Asked on 07/03/2021 by SaeedTaghavi
1 answerGet help from others!
Recent Answers
Recent Questions
© 2024 TransWikia.com. All rights reserved. Sites we Love: PCI Database, UKBizDB, Menu Kuliner, Sharing RPP