Heyo, wondering if anyone can recommend a book on introductory lagrangian mechanics that is friendly to someone who probably can't do something too rigorous
I know calculus 2 and am learning calculus 3
just for fun, so don't have to consider the suitability of the textbook for class-use
Thanks~
I know calculus 2 and am learning calculus 3
just for fun, so don't have to consider the suitability of the textbook for class-use
Thanks~
I recently came across this in a textbook (NCERT class 12 , chapter: wave optics , pg:367 , example 10.4(d)) of mine while studying the Young's double slit experiment. It says a condition for the formation of interference pattern is
$$\frac{s}{S} < \frac{\lambda}{d}$$
Where $s$ is the size of ...
This question was considered a duplicate because of a previous question titled "Height of Water 'Splashing'". However, the previous question only considers the height of the splash, whereas answers to the later question may consider a lot of different effects on the body of water, such as height ...
I was trying to figure out the cross section $\frac{d\sigma}{d\Omega}$ for spinless $e^{-}\gamma\rightarrow e^{-}$ scattering. First I wrote the terms associated with each component.
Vertex:
$$ie(P_A+P_B)^{\mu}$$
External Boson: $1$
Photon: $\epsilon_{\mu}$
Multiplying these will give the inv...
As I am now studying on the history of discovery of electricity so I am searching on each scientists on Google but I am not getting a good answers on some scientists.So I want to ask you to provide a good app for studying on the history of scientists?
I am working on correlation in quantum systems.
Consider for an arbitrary finite dimensional bipartite system $A$ with elements $A_{1}$ and $A_{2}$ and a bipartite system $B$ with elements $B_{1}$ and $B_{2}$ under the assumption which fulfilled continuity.
My question is that would it be possib...
