Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 JEE main | NEET | Advanced скачать в хорошем качестве

Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 JEE main | NEET | Advanced

If you Feel Sir's Teaching is Amazing, and He should Continue Teaching... Please Help and Contribute : UPI ID : funwithphysics@ptaxis EVEN A SMALL HELP MEANS A LOT AND CREATES A LARGE IMPACT. For Personal one to one Class Whatsapp : 7988738194 Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 JEE main | NEET | Advanced Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 JEE main | NEET | Advanced Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 JEE main | NEET | Advanced Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 JEE main | NEET | Advanced Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 | JEE mains | NEET | Adv Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 | JEE mains | NEET | Adv Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 | JEE mains | NEET | Adv Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 | JEE mains | NEET | Adv Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 | JEE mains | NEET | Adv Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 | JEE mains | NEET | Adv Cavity Problems Moment of Inertia | Rotational Motion | Physics Class 11 | JEE mains | NEET | Adv Moment of Inertia Previous Year Questions MOI Questions jee mains pyq jee mains previous years questions jee advanced questions cavity problems cavity is cut from a disc find out the moment of inertia of remaining portion find out the area of remaining portion about an axis passing through the center of disc and perpendicular to the plane of disc. jee mains neet jee advanced jee adv #cavityproblems #cavityproblemsmoi #cavityproblemsmomentofinertia #cavityproblemsrotationalmotion #cavityproblemsphysicspyq #cavityproblemsmomentofinertiapyq #jeemains #neet #jee #jeeadvanced #funwithphysics A lamina is made by removing a small disc of diameter 2R from a bigger disc of uniform mass density and radius 2R, as shown in the figure. The moment of inertia of this lamina about axes passing though O and P is IO and IP respectively. Both these axes are perpendicular to the plane of the lamina. The ratio I0 / IP A circular hole of radius R/4 is made in a thin uniform disc having mass M and radius R, as shown in figure. The moment of inertia of the remaining portion of the disc about an axis passing through the point O and perpendicular to the plane of the disc is : From a uniform circular disc of radius R and mass 9M, a small disc of radius R/3 is removed as shown in the figure. The moment of inertia of the remaining disc about an axis perpendicular to the plane of the disc and passing through centre of disc is - .................................................................................................................................................................... For Personal one to one Class Whatsapp : 7988738194 For free dpp, Worksheets and solutions, Download the app Fun with Physics: https://play.google.com/store/apps/de... About D G Sir:- Deepak Gupta Sir (D.G Sir) is a renowned faculty of physics. He holds a Master's degree from N.I.T. Jalandhar. He is guiding the students of IIT-JEE and NEET for more than 10 years. Under his guidance, several students have achieved their dreams of going into different IITs, NITs, IISERs, and in, different medical colleges. For Personal one to one Class Whatsapp : 7988738194 Useful Links: Playlists: Centre of Mass:    • Rigid Body Dynamics   Circular Motion:    • Circular Motion   Work Energy & Power:    • Work Energy And Power   Kinematics    • Kinematics   Newton's Laws of Motion:    • Newton's Laws of Motion ( NLM )   Friction:    • Friction   Mathematical Tools    • Mathematical Tools   Electrostatics    • Electrostatics   EMI    • EMI (Electromagnetic Induction)   Optics    • Geometrical Optics   Connect with us Application :- https://play.google.com/store/apps/de... Telegram:- https://t.me/funwithphysicss whatsapp :- 7988738194 Facebook page:- https://www.facebook.com/deepakguptap... Email Address:- Funwithphysics.in@gmail.com