https://www.nlytn.in https://www.nlytn.in/ https://www.nlytn.in/index.php https://www.nlytn.in/demo.php JEE Advanced 2016 Question on Angular Momentum This is a question on angular momentum (rigid body dynamics) which was asked in jee advanced 2016. Two thin circular discs of mass m and 4m, having radii of a and 2a, respectively , are rigidly fixed by a massless, rigid rod of length l =root(24)a through their centers. This assembly is laid on a firm and flat surface, and set rolling without slipping on the surface so that the angular speed about the axis of the rod is w (omega). The angular momentum of the entire assembly about the point O is L. https://i.ytimg.com/vi/m4F6YXeJdvw/maxresdefault.jpg https://youtube.googleapis.com/v/m4F6YXeJdvw 435 2016-10-14T16:02:10.000Z yes visual physics showreel iit jee physics jee main physics jee advanced physics jee main 2017 jee advanced 2017 jee 2018 jee advanced 2017 question jee advanced 2016 jee advanced rotation ElectroMagnetism (Induced Electric & Magnetic Fields) - physics video for IIT JEE Main & Advanced This video explains the Inter-relationship between Time-Varying Electric and Magnetic Field with help of Maxwell's equations. It also describes the direction and non-uniform density of electric field lines for a moving charge. Electromagnetism constitutes a significant part of problems in JEE Main and Advanced physics. https://i.ytimg.com/vi/913QOuoh2ag/maxresdefault.jpg https://youtube.googleapis.com/v/913QOuoh2ag 367 2015-07-04T17:47:19.000Z yes electromagnetism induced electric field induced magnetic field maxwell equations jee physics Induced Electric field - Physics video lecture for JEE Main & Advanced How changing magnetic fields induce electric fields? This video explains the force on charge on a ring due to changing magnetic field and the direction of current induced in the ring which depends upon the direction of change in magnetic field. This video is a part of Visual Physics - Revolutionary Animated Video Course to ease the learning of IIT JEE Physics. It is a unique course which explains the concepts from basic to advanced level with help of 2-D & 3-D animation; so that you can get the visualization and real feel of the concepts. 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Visualization adds to the profound standing of the concepts and helps students in solving waves questions correctly in limited time This video is a part of Visual Physics - Revolutionary Animated Video Course to ease the learning of IIT JEE Physics. It is a unique course which explains the concepts from basic to advanced level with help of 2-D & 3-D animation; so that you can get the visualization and real feel of the concepts. Visualization makes it amazingly easy to get the hold of concepts; that too in minimum time. It also has numerous advanced solved problems which help you in getting familiar with application of theory into solving problems. It is undoubtedly the best course to help you with your IIT JEE Physics preparation; that too from the comfort of your home. https://i.ytimg.com/vi/Hetc8O8CKVY/maxresdefault.jpg https://youtube.googleapis.com/v/Hetc8O8CKVY 309 2014-02-01T08:02:09.000Z yes transverse wave standing wave equation of wave jee physics iit jee Path of particle in both Electric and Magnetic Field - IIT JEE Physics video lecture course How to determine the presence and direction of electric and magnetic field in space when the path followed by a charged particle in that space is given? This was a question asked in IIT JEE 2003 and You can see the correct visual explanation with help of 3-D animation here. Q. A positively charged particle is moving is moving initially along axis. There is a sudden change in the path due to the presence of electric and /or magnetic fields. The curved path followed by the particle is in the X-Y Plane and is found to be non-circular. Which of the following combination of electric field and magnetic field is true? As previously stated, this was a question asked in IIT JEE 2003 and Every book has explained it incorrectly. This question requires a bit of 3-D visualization to understand the different electric and magnetic forces being applied on the charged particle and to determine the true direction of electric and magnetic field in the space. This video is a part of Visual Physics - Revolutionary Animated Video Course to ease the learning of IIT JEE Physics. It is a unique course which explains the concepts from basic to advanced level with help of 2-D & 3-D animation; so that you can get the visualization and real feel of the concepts. Visualization makes it amazingly easy to get the hold of concepts; that too in minimum time. It also has numerous advanced solved problems which help you in getting familiar with application of theory into solving problems. 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