Thanks again !
I'll take it. Unfortunately in my university there's no a specific course about classical/Newtonian mechanics but it's only a part of physics course, even if in higher courses I need it, so I'm trying to delve into the topic.
Got it, thanks a lot !
This choice of our non-inertial reference frame is the smartest one !
And thanks for having answered instantly !
I take this opportunity to ask you if you can suggest me some good resources (preferibly, but not necessarily, textbooks) where i can find all this stuff
Thank you so much !
I was going crazy in trying to understand this solution. Just a last thing about it: among the fictitious forces we can find Coriolis force too, am I right ? In this case we can neglect it because it's directed along ##l_2## so that its moment about ##m_1## is ##0## ?
I need help to understand this problem taken from Mechanical Vibrations by S. Rao
I know that the equations of motion could be obtained in various ways, for example using the Lagrangian, but, at the moment, I am interested in understanding the method he used. In particular, if I'm not...
Hi everyone ! I'm Max and I'm from Italy. I'm a mechanical engineering student and I hope to learn a lot from this forum which I've known and used for years as a guest and finally I've decided to join it.