Tangential Acceleration | Tangential and Normal Acceleration | Conservation of Angular Momentum
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- Опубліковано 15 чер 2023
- Welcome to our UA-cam channel! In this video, we delve into the fascinating world of tangential acceleration, tangential and normal acceleration, and the conservation of angular momentum.
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Sir we want more such videos where we derive all the concepts from roots of mechanics
Even i want student like you who love physics and its understanding
Yes ❤❤❤
Yes yes
The way sir understood the topic is simplest one. Master of physics ❤NMS Sir
Maza aa gya sirji, class me itna detail me kabhi nhi padha bas angular momentum conserve kra dete hai sab
That was eye opening! Beautiful
Sir thank you for this beautiful conceptual vedio
It cleared whole concept. Sir please make some more conceptual vedios like this
Mind blowing... Understood each and every second of the video
SIR PLS UPLOAD YOUR FULL LECTURE VDOS ON THERMODYNAMICS SO THAT WE CAN ALSO FEEL PHYSICS LIKE YOU AS WE NEED QUALITY VDOS ON THERMODYNAMICS AND HEAT TRANSFER ON UA-cam❤❤❤
amazing lecture. It is very helpful for understanding in a different perspective.
Glad you think so!
just loved it ❤
sir its an absolute privilege for me to study from you.....!!!! And its a huge request to plzz...upload this types of short concept...🙏🙏🙏
Sir deserves 1 million Plus subscriber 🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
Thank you for the excellent explanation sir!👏 You really are amazing❤ keep going!
Sir tussi great ho
Please continue
Sir aap Puri mechanics padha do
No teachers give better explanation as you do
You are the best teacher I have seen ever.. Please upload more videos..Sabka Bap hai NM sir❤
Finally with the help of Bhannat Maths🎉 I found A legend of physics ❤
And I found good students who love padhai
Sir problem solving approaching series laiyey har chapter ka bhhot usefull hain
❤❤❤
First of all Thank You
Sir pls provide more such video
❤
Sure 👍
After watching consecutive 5 times I could understand completely 😅..In this video there's a huge concept ❤The first 3 minutes is very important to understand the last problem..
❤
Sir could you give the original olympiad question which you discussed in the comment section, I want to solve whole question myself
Sir please aisi videos banate rhiya kare physics me mja aata hai aisi videos dekh ke please sir
Main aisi hi community of students banana chahta hoon jo padhai enjoy karte hain
Sach kahu…
Mauj kar di sir
Maja aa Gaya
🫡🫡🫡🫡
❤❤❤❤
Sir please cover the Whole syllabus for Mains and Advanced 🙏🙏
Sir your are Genius of physics for me i want more such type of vedio so i stimulate our brain and enjoy to do physics
Keep watching
Sir, how are we supposed to find v1 after this? The differential equation obtained is an equation relating d^2l/dt^2 to 1/(l^3) which I have no idea how to solve... is there any other way to find it without using energy conservation - like just using kinematic equations and calculus?
🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻
Hi sir if we can use angular momentum conservation and its very straight forward and easy to use so what is the advantage of solving it with at and an i mean with exam and time perspective.
Yes you can use angular momentum conservation in some cases but not in all.
One more thing is very important to understand that deep knowledge makes any question simple and it is always useful.
Thank you
Sir when you said angular velocity,did you refer to angular velocity of v vector or that of position vector?
V vector
Which is same as r vector in this question
Good question
Thanks
@@Lovenmssir do you have a proof of how a(n) = vw, where w= ang vel of vel vector,
Because in most derivations of acceleration, the term of a(n) is v²/r
Ye sawal nsep mein aaya tha💀
Guruji aap bhagwan ho
9:13 sir how did you find the direction of w?(omega)
Yaar you are good , kis class mein hain aap aur kahan hain
Yes that comes with cross product . It may take time thats why I didn’t explain
@@Lovenmssir I am currently in 11
@@shihasnarvan cross product naam ki cheez nahi padhayi sir ne basics of mathematics mein
@@resolver246 bhai mein poch rha tha ki omega ki direction kaise nikali v×w ke liye,tu Bata de,thanks
@@resolver246 padhai Hai par yes nhi samajh aaya ki omega ki direction kaise aayo
SP Neelam
Shriram Hegde
Textbook of physics vol 1 mechanics
Best book for mechanics
नीलमणि छोटी से बात को इतना लंबा क्लिष्ट करके बताया तुमने। klepner kolenkow को जैसे रट के उगल रहे हो ऐसा लगा एक दो जगह असहज हो गये । अच्छा होता बच्चों को पोलर coordinate में nlm लगाना सिखाते मैगनेटिज्म में भी काम आता । वैसे अच्छा काम कर रहे हो। शाबाश ।
एपीएस सर याद कर रहे थे तुम्हें। सचिन सिंह क्यूँ आईसैक से वापिस एलेन आ गये ?
sir please review question 10 physics paper1 the answer is 3 not 1, i think because when you have error of 1 percent in 2 quantities.
How can a quantity made from above 2 quantities can still have 1 percent I am not opposing differential method but it is always not right
drive.google.com/file/d/1-BW0_I_HDK8VIR2ZvoDBneCQy65Py4Wk/view?usp=drivesdk
sir how can i connect you sir
Kindly visit the campus and call on any of these numbers - 8905168784 / 8905268784
Bro which class are you in?
@@koushlendrapatel5100 i just completed jee advanced
@@jaswanthtalada. ohk bro