The discussion focuses on calculating the radial force acting on a particle in circular motion, given its mass (m), radius (r), and linear momentum (p). The derived formula for radial force is Fradial = p²/(rm), which is confirmed as correct by the participant Doc Al. The conversation highlights the relationship between linear momentum and centripetal acceleration, emphasizing the formula p = mv and acentripetal = v²/r.
PREREQUISITESStudents studying physics, particularly those focusing on mechanics and circular motion, as well as educators looking for clear examples of momentum and force calculations.
Sir, are there more chances for it to be right?? An OK is not enough sir...Doc Al said:
Doc Al is saying your work is correct.Vavi Ask said:Sir, are there more chances for it to be right?? An OK is not enough sir...
Oh sorry sir. I felt an air of confusion in your OK that's why. Thanks a lot sir.haruspex said:
Oh sorry sir. I felt like a confusion in your OK. Well, thanks a lot sir.haruspex said: