Pathfinder Oscillations & Waves BYU 13
Channel:
Subscribers:
6,060
Published on ● Video Link: https://www.youtube.com/watch?v=9VY7rHtFZHk
A light platform is affixed on the top of a vertical spring of force constant k, lower end of which is affixed on the ground. A small ball of mass m falling from a height h above the platform collides with it elastically. Find the maximum velocity and maximum acceleration of the ball in ensuing oscillatory motion. Acceleration of free fall is g.
#IITJEE
#JEEMain
#IITAdvanced
#JEEAdvanced
#KVPY
#Olympiad
#ApexPhysics
#Pathfinder
#PathfinderPhysics
#Advanced
Other Videos By Santosh Sir IITK (Apex Physics)
2022-01-17 | Pathfinder Oscillations & Waves BYU 22 |
2022-01-17 | Pathfinder Oscillations & Waves BYU 20 |
2022-01-16 | Pathfinder Oscillations & Waves BYU 19 |
2022-01-14 | Pathfinder Oscillations & Waves BYU 18 |
2022-01-14 | Pathfinder Oscillations & Waves BYU 17 |
2022-01-13 | Pathfinder Oscillations & Waves BYU 16 |
2022-01-13 | Gravitation L10 |
2022-01-12 | Pathfinder Oscillations & Waves BYU 15 |
2022-01-12 | Pathfinder Oscillations & Waves BYU 14 |
2022-01-12 | Gravitation L9 |
2022-01-11 | Pathfinder Oscillations & Waves BYU 13 |
2022-01-11 | Pathfinder Oscillations & Waves BYU 12 |
2022-01-11 | Gravitation Lecture #8 |
2022-01-10 | Pathfinder Oscillations & Waves BYU 11 |
2022-01-10 | Pathfinder Oscillations & Waves BYU 10 |
2022-01-10 | Pathfinder Oscillations & Waves BYU 9 |
2022-01-09 | Doubt Session 3S2023 Batch 10012022 |
2022-01-09 | Pathfinder Oscillations & Waves BYU 8 |
2022-01-09 | Pathfinder Oscillations & Waves BYU 7 |
2022-01-08 | |
2022-01-07 | Pathfinder Oscillations & Waves BYU 5 |