JEE MAIN 2025: Electrostatics PYQs Part - 5 | CRACK the Exam with Er. P. C. Yadav скачать в хорошем качестве

JEE MAIN 2025: Electrostatics PYQs Part - 5 | CRACK the Exam with Er. P. C. Yadav

This video contains All the Previous year questions (PYQs) of Electrostatics JEE Main 2025. This is the Part - 5 of this topic. To download the pdf, Join our telegram Channel - t.me/bgk_fusion All Links: 📢 Gmail: bgk.fusion@gmail.com 📢 Facebook: facebook.com/bgkfusion 📢Instagram: instagram.com/bgk_fusion 📢Telegram: t.me/bgk_fusion 📞Contact No: +91 8448444607 Welcome to Bhartiya Gyan Fusion Kendra! Unlock your potential. Crack IIT-JEE & NEET. A dedicated educational channel for medical and engineering entrance exam aspirants. Our mission is to make top-quality coaching accessible and affordable for every student. 📚✨ Your learning mentor: Er. P. C. Yadav Sir — with 25 years of trusted offline coaching experience, now online to help you succeed! 🎓 What you’ll get: ✅ High-quality video lessons covering Physics, Chemistry, and Mathematics step by step ✅ Proven strategies and preparation tips to crack IIT-JEE and NEET efficiently ✅ Complete syllabus coverage aligned with NCERT and competitive exam standards ✅ Interactive doubt-solving sessions and personalized feedback through comments 💬 Why subscribe? 💡 Regular updates with new topic-wise tutorials and exam insights 📘 Access to chapter-wise practice problems, previous years’ questions, and detailed solution walkthroughs 🕒 Stay motivated with study hacks and time management techniques 🔔 Don’t forget to subscribe, like, and press the bell icon to never miss an update! 📢 Share with your friends and help us build a strong community of top performers. 💬 Your feedback helps us improve — comment your thoughts and questions below. Join our mission to make quality education available to all. Master the fundamentals, accelerate your preparation, and achieve exam success! Let’s crack IIT-JEE and NEET together — learn smart and aim for the top! 💥 Timestamps : 00:00 Q29 - 8th April Evening Shift 02:42 Q30 - 22nd Jan Evening Shift 06:26 Q31 - 22nd Jan Evening Shift 10:29 Q32- 23rd Jan Evening Shift 13:32 Q33- 24th Jan Evening Shift 23:01 Q34 -28th Jan Morning Shift 29:27 Q35 - 29th Jan Evening Shift Q29) Given below are two statements: one is labelled as Assertion (A) and the other is labelled as Reason (R) Q30) For a short dipole placed at origin O, the dipole moment P is along 𝒙− axis, as shown in the figure. If the electric potential and electric field at 𝑨 are 𝑽_𝟎 and 𝑬_𝟎, respectively, then the correct combination of the electric potential and electric field, respectively, at point 𝑩 on the 𝒚− axis is given by Q31) Two charges 𝟕𝝁𝑪 and −𝟒 𝝁𝑪 are placed at (−7 cm, 0, 0) and (7 cm, 0, 0) respectively. Given, 𝜺_𝟎 = 𝟖.𝟖𝟓 × 𝟏𝟎^𝟏𝟐 〖 𝑪〗^𝟐 𝑵^(−𝟏) 𝒎^(−𝟐), the electrostatic potential energy of the charge configuration is Q32) Two point charges − 𝟒𝝁𝑪 and + 𝟒𝝁𝑪 , constituting an electric dipole, are placed at (− 9, 0, 0) cm and (9, 0, 0) cm in a uniform electric field of strength 𝟏𝟎^𝟒 𝑵𝑪^(−𝟏). The work done on the dipole in rotating it from the equilibrium through 180° is Q33) In the first configuration (1) as shown in the figure, four identical charges (𝒒_𝟎) are kept at the corners 𝑨, 𝑩, 𝑪 and 𝑫 of square of side length ‘𝒂’. In the second configuration (2), the same charges are shifted to mid points 𝑮, 𝑬, 𝑯 and 𝑭, of the square. If K = 𝟏/(𝟒𝝅𝜺_𝟎 ) , the difference between the potential energies of configuration (2) and (1) is given by: Q34) Three infinitely long wires with linear charge density 𝝀 are placed along the 𝒙−axis, 𝒚−axis, and 𝒛−axis respectively. Which of the following denotes an equipotential surface? Q35) An electric dipole is placed at a distance of 2 𝒄𝒎 from an infinite plane sheet having positive charge density 𝝈_𝟎. Choose the correct option from the following. #electrostatics #jeephysics #jeemains2026 #physicsconcepts #electrostaticspyqs