Apparent Weight in a Lift | JEE Main 2027 Physics (English)

Free notes + solved JEE problems for this lesson: https://rankdeterminant.com/go/yt-phy... This chapter:    • Accelerated Frames and Pseudo Forces | JEE...   All lessons of this unit:    • Laws of Motion | JEE Main 2027 Physics (Fr...   Lifts and apparent weight for JEE Physics, taught like a live class: why a weighing machine reads the normal force, N = m(g + a) when the lift accelerates up, m(g - a) when it accelerates down, mg at constant velocity and zero in free fall, the direction-of-acceleration trap, effective gravity inside the lift, and two solved examples from the course. Chapters 0:00 Introduction 0:35 What does the weighing machine read? 1:53 Accelerating down, constant velocity, free fall 2:58 The trap: acceleration, not motion 3:51 Topper's trick: effective gravity 4:20 Example 1: 50 kg person, lift up, down, steady, free fall 5:53 Example 2: scale readings over three stages of a lift ride 7:39 Quick revision: N = m(g + a) or m(g - a), use direction of a A free JEE paper every day and a full JEE Main mock every Sunday: https://rankdeterminant.com/go/yt-dai... Physics · Unit 3 · Laws of Motion · Chapter 4 · Accelerated Frames and Pseudo Forces #ApparentWeight #JEEPhysics #JEE2027 Narrated with a computer voice.