PhysicsGutka

Clearing #JEE (Main) is not a difficult task. Systematic approach towards its preparation alongwith a proper revision plan will help students get admission into one of the IIT's & Top National Institutes of Technology (NIT's). 1. Identify the topics subject wise you have difficulties in remembering the formulae of solving questions 2. Take up previous year #JEE Papers or question banks of reputed sources of these topics and solve them in a planned manner so that you can practice as much as possible in the gaps available between the Board Exam. E.g: the gap before Physics should be utilised for solving questions of topics in Physics so that your flow of preparation for boards does not get disturbed. 3. Keep a check on your problem-solving ability as spending too much time on a question you do not know will result in loss of adequate time for the easier ones. 4.Taking Mock Test and having a real time analysis have been found to be quite useful and students tend to learn f...

A serious aspirant ideally must have completed the syllabus by now. The following three points now will ensure your success in JEE: 1. Time Management 2. Exam Strategy 3. Complete coverage of syllabi and a systematic revision plan Few of the tips listed below will be of help: In this last one month for students who are taking up Board Exams this time should be essentially used for taking up Mock Tests on lines of JEE(Main) & JEE(Advanced). Analysis of each paper is important to check the mistakes and to avoid repeating them in the actual JEE. The time gap between the Board Exams should be smartly utilised subject wise catering to the needs of both Boards and Entrance Exams. For students who are repeaters, may join a crash course for topic wise revision along with several Mock Tests on current pattern of JEE, else they should have a systematic revision plan involving rigorous testing conceptwise/chapterwise along with several mock Tests from reliable sources as per current patt...

Q. Many of us we think that Rolling Motion is tough? The answer to the above question is "BIG NO" things are only tough till you understand them completely. So, I am here to guide you on the above topic. Leave comments on any Doubts faced by you recently. When we talk about pure Rotational Motion we imagine a fixed axis about which the all the particles of the Rigid Body are moving in a Circular Motion. Hence if the body moves with angular Velocity ' omega ' (w) than every particle on the periphery will have linear velocity as v =wr ( where r is the radius of the particle from its axis ). In the above Diagram we see 3 figures: 1st figure shows when the body is in pure translational motion only, every particle of the rigid body will have same velocity ( same Direction ) as visible. 2nd figure shows when the body is in pure rotational motion as discussed above particle will have same speed but different velocity about fixed axis O. 3rd figure sh...