Sequence wise lecture of ABJ sir class 11. Complete playlist of class 11 physics for Jee mains and advance . For another subject or class 12 playlist , Check on channel (if it's not there , check after few days).
Curated by: Athera (178 videos)
Watch Complete YouTube Lectures Distraction-Free Download the Competishun App 👉 https://play.google.com/store/apps/details?id=xyz.penpencil.competishun&pcampaignid=web_share 🌐 Login for Courses & Test Series: 👉 https://i.competishun.com/ *Popular Courses for IIT-JEE:* Pratham | Prakhar | Prakhar Integrated I | Praveen | Pragyaan C3 | Champ | CATS | ABC | PYQ Express UTS | ATS 👉 Explore all: https://competishun.com/courses/ 📞 Support: 8888-0000-21 | 7410-900-901 | 7410-900-908 --------------- --------------------------------------------------------------------------------------------------------------------------------------- Topics covered in this lecture with timestamp : 00:00 Example-1: This example involves two connected strings, with string 2 being cut. The task is to find the tension in string 1 both before and after the cut, illustrated with a diagram. 9:05 Example-2: In this scenario, the forces providing centripetal force (Fc) and tension (Ft) to a block are explored. The goal is to determine the static friction acting on the block just before slipping, find the centripetal acceleration (Ac) and tension (At) when about to slip, and calculate the angular velocity of the table, all complemented by a diagram. 27:14 Vertical Circular Motion: Introduction to the concept of vertical circular motion. 28:01 Example-1: When the string becomes vertical, Example-1 delves into finding various parameters such as tension (T), centripetal force (Fc), angle of inclination (fi), tangential acceleration (At), net acceleration (Anet), and normal force (N) in the string. 41:13 Example-2: At a specific position in vertical circular motion, Example-2 aims to determine velocity (v), centripetal acceleration (Ac), tension (T), tangential acceleration (At), net acceleration (Anet), and normal force (N). 50:00 Complete Vertical Circular Motion: A comprehensive discussion on the complete dynamics of vertical circular motion. 57:53 Example-1: Examining a scenario where a particle performs complete vertical circular motion, the task is to find the minimum potential energy (Umin). 1:04:28 Example-2: At positions 1, 2, and 3 in the circular motion, Example-2 seeks to find various parameters including velocity (u), centripetal acceleration (Ac), tension (T), tangential acceleration (At), net acceleration (Anet), and normal force (N). 1:19:03 Example-3: Focusing on position 4 in vertical circular motion, Example-3 involves finding parameters like initial velocity (u), centripetal acceleration (Ac), tension (T), tangential acceleration (At), net acceleration (Anet), and normal force (N). ------------------------------------------------------------------------------------------------------------------------------------------------- Free IIT JEE coaching, Free JEE Main lectures, Best IIT JEE YouTube channel, Complete JEE syllabus free, Free online coaching for JEE, Free JEE Main and Advanced preparation, Best free lectures for JEE, IIT JEE physics, chemistry, math full syllabus, Best YouTube channel for JEE Main, Free JEE Main physics lectures, Best coaching for JEE Main and Advanced, JEE Main revision lectures free, Top quality IIT JEE preparation, IIT JEE full syllabus free lectures, JEE Advanced full syllabus crash course, Free coaching videos for IIT aspirants, Best online content for JEE aspirants, #JEEMain #JEEAdvanced #Competishun #Physics #MohitTyagi