This May Come in JEE Mains April Attempt | NMS sir

This May Come in JEE Mains April Attempt | NMS sir | ISAC Learning

Рет қаралды 2,242

2 ай бұрын

Online Physics Courses by NMS Sir Links :
JEE Inception (11th only Physics): vxahy.courses.store/476895?ut...
JEE Splendid (12th only Physics): vxahy.courses.store/476897?ut...
JEE Amber (Dropper only Physics): vxahy.courses.store/476898?ut...
JEE Mains 2024 April attempt is very near and most of you must have been working hard for the last few days in preparation for the exam.
This is a crucial time for JEE aspirants to solve important questions and revise crucial concepts for the JEE Mains exam because the exam demands concept clarification.
In this video, we have come up with a very interesting JEE Mains Physics problem based on the Impulse Momentum Theorem.
The question isn't very difficult but requires a smart approach to solve it in less time. Hence it becomes probable to come in the JEE Mains exam.
There are chances that a question similar to this trend can come in the JEE Main April attempt exam.
So it becomes important for you to go through this question of physics and brush up on your JEE Physics concepts.
Check out the complete solution and make notes if you find anything new or important for the JEE Mains or JEE Advanced exam.
Stay tuned with NMS Physics for more updates.
#jeemains2024 #jeemainsapril #jee2024 #jeemains #jeephysics #jeeadvanced #physics #nmssir #isac #isaclearning

Пікірлер: 20

@NMSPhysicsISAC 2 ай бұрын

@sunlight785 2 ай бұрын

Thankyou sir Solving top 100 questions from your video. Need your blessings 🙏

@NMSPhysicsISAC 2 ай бұрын

Very good. Best wishes

@AyushRajput-xw2ru 2 ай бұрын

Please sir help me if your time permits@@NMSPhysicsISAC

@aveersingh7634 2 ай бұрын

Sir your video on hbcse 2017 olympiad was awesome I have the correct answer (verified mathematically) why even after pseudo torque we have same procedure The accelaration you wrote were of the centrode (geometric coinciding point with the iaor but space point- ) and not the IAOR. IAOR has w^2l/2(sin theta i+ cos theta j). Apply pseudo forces and we get pseudo torque net as 0. Also, when we fully write angular momentum differentiation expression, I get torque due to external force-M(R-r0)*accekaration of moving origin. R is of com and r0 is of moving accekarating origin. If we use condition thag R-r0 is parallel to accekaration (like in case of rolling ring accekaration of iaor which is bottom point is upward and radius vector is also vertixal- so both parallel), which is valid here then we get dl/dt=torque to due external forces. Please verify sir

@LostZoro798 2 ай бұрын

Lovely explanation pf question

@NMSPhysicsISAC 2 ай бұрын

Keep watching🙏👍

@amanian07 2 ай бұрын

Sir maine aap par believe kar ke course le liya hai And puri mehnat karne ke liye tayyar hu Ab dekhte hai aage kya hoga

@NMSPhysicsISAC 2 ай бұрын

🙏👍

@Dazling12386 2 ай бұрын

Good evn sir . Ive a doubt. 1)Sir how can we say that Plank stops immediately when the block stops? 2) can we consider the com of 2-3 bodies together if a force depends only on motion of one of them As in this eg

@NMSPhysicsISAC 2 ай бұрын

They don’t need to stop at same time but both will stop

@NMSPhysicsISAC 2 ай бұрын

The limits in impulse will be different

@NMSPhysicsISAC 2 ай бұрын

For the second thing answer is yes

@Dazling12386 2 ай бұрын

@@NMSPhysicsISAC thnk u sir .got it