Recent content by emaz

I solved it! I'll copy and paste my solution, which could be useful in case someone comes across this thread. It would have been much easier if the book had given a different name to the angle ##\theta_{0}##. In fact, it is not to be intended as the same angle as the one introduced by the book...

I solved it! It would have been much easier if the book had given a different name to the angle ##\theta_{0}##. In fact, it is not to be intended as the same angle as the one introduced by the book in prior graphical constructions and problems. Hence, even if the problem is conceptually very...

Jeez….Unfortunately, after the formula: $$ \begin{align} \cos\theta_{0}=\frac{(v_{20}-v_{10})V}{V^2-v_{10}v_{20}} \nonumber\end{align}$$ the calculations are wrong, because I was not focused enough and instead of using the formula above, I mistakenly used $$ \begin{align}...

Hello, it is my first post here and I am not really sure whether this is the right section. I did not have the chance to take a look at the rules of the forum but I will as soon as I can (I feel a bit guilty for that, I'm sorry...). This is not "homework", I am just studying the amazing L&L...

Hi, can I ask you how you solved the problem? I got stuck just the way you did in the posts above.