Recent content by Narahari Narasapur

That's clear now:)! Thank you haruspex for your suggestions!

You are right! I calculated r(t) by setting radial acceleration to zero. Sorry for not mentioning that.. And I took screenshot of my r(t) equation! So Yes you are right! I got equation for r(t) by setting radial acceleration zero and also it is phi dot T. It's not visible in the screenshot...

Thank you so much for your reply! So do you suggest that, if the bullet is moving freely then it will not have radial acceleration. However, since the bullet must remain inside the pipe, net force cannot be zero. Hence Coriolis Acceleration exists? I am looking at this acceleration equation...

Homework Statement Homework Equations https://wikimedia.org/api/rest_v1/media/math/render/svg/1a061d2667e5d9f69dc385e359e7260a3eb1deff https://wikimedia.org/api/rest_v1/media/math/render/svg/ba88069934aa8abb2a2466f84121f385e6e8971f The Attempt at a Solution I have solved equation for r(t) and...