Torsional pendulum | BSc and BS physics | waves and oscillation | physics ka safar
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- เผยแพร่เมื่อ 17 ก.ย. 2024
- Description: Step into the captivating realm of torsional oscillations as we dive into the mesmerizing world of the torsional pendulum in this enlightening video! Join us on a journey to understand the unique motion of this pendulum that twists and turns with a graceful rhythm.
In this video, you'll uncover:
A comprehensive breakdown of the torsional pendulum and its intriguing behavior.
Engaging visualizations that showcase the twisting motion of the pendulum.
Real-world applications that highlight the practical importance of understanding torsional oscillations.
Step-by-step analysis of the forces and principles governing the pendulum's twist.
Insights into how the torsional pendulum connects to broader principles of mechanics.
Whether you're a student seeking to comprehend oscillatory motion or a physics enthusiast intrigued by the fascinating twist of pendulums, this video is tailor-made for you. By the end, you'll have a solid grasp of the torsional pendulum's mechanics and how it adds a unique twist to our understanding of oscillations.
Don't forget to like, subscribe, and hit the notification bell to stay informed about our scientific explorations. Join us as we delve into the captivating world of the torsional pendulum and unveil the intricate dance that resonates with the laws of physics!
King of physics
Thankue Soo much for making this videos❤
Amazing 👌
Zabardast sir g
So nice Sr g
Pleasant physics safar
Zabardast
Sir please BS Quantum mechanics courses start kar lay☺☺
I am a medical student sir i understand only your topic in all TH-cam
Sir g class 12 physics ke important ka koch batady please
Check playlist
Walikom Assalam!😊
Sir ma nah BS physics ki student ho to ma yah topic krny hn ma asy hi topic samgh kh utar lo jasy ap nah Kiya wasy hi paper ma likh do number mil gy gy wasy ap bht acha samghty
Hn g mil Jain ge ye complete topics hn.
Bs theory thori si apni wording mn likh Deni h
Thank you so much
Theory is trha add kr ly jasy time period ko frequency ko angular velocity ko angular acceleration ko define kr dy
Hi sir
Plz reply lazmi kriya ga
Paper hn