Beta indeed that is the main purpose. I start directly by coming to the point so that students do not get irritated as me myself get irritate of channels who waste 1st 1 to 2 minutes asking for like share etc. Best of luck for your 1st upcoming assessment exams.
"Your study channel has been a game-changer for me! The way you break down complex concepts and provide clear explanations has improved my understanding. Thank you for your dedication and passion for education - you're making a real difference in my learning journey."
Yups. I started the channel and I promised myself I will never interrupt in the video for like subscribe etc. from 1st second I will come to the point.
Is there any logic behind why the impulse formula is different for horizontal and vertical motions? Why can't we calculate the force from change in momentum? Why use impulse to calculate the force? Please give some intuition behind this
Good question. Beta in horizontal motion there is no external force acting any more since she jumped. In vertical case the acceleration is a force acting on it . That's why we have to add change in momentum . For 2nd and 3rd part of your question. If you have some solution available other than this method, that I can check too. Because there are multiple ways of solving a question. This one I did because chapter is incorporating practice on Impulse etc
Sir, can you tell me where you got this formula for impulse? I can't find it anywhere. I asked the same question on a website called Stack Exchange but that person said that the formula for impulse is the same for both horizontal and vertical cases. He even said that my textbook was wrong and that the change in momentum should be equal to the change in impulse.
ruclips.net/video/Y6ASA2eqBQM/видео.htmlsi=TApS1hiOJDC9AnZB
Chapter 3 All Numericals
This Numerical and others like this need conceptual clarity to students which can only come through animation or diagram like this one.
The reason I start watching your video is this that you give complete explanation without wasting our lot of time Sir ❤
Beta indeed that is the main purpose. I start directly by coming to the point so that students do not get irritated as me myself get irritate of channels who waste 1st 1 to 2 minutes asking for like share etc.
Best of luck for your 1st upcoming assessment exams.
Thanks for wonderful concept
Reason for momentum is upward bcz final velocity is zero that's why change in momentum is 👆
Welcome beta 👍
Why are we not using -736.32 at 6:15? Since weight and change in momentum have opposite directions so shouldn't we use opposite signs?
Such a beautifull Explanation ... It was literally very hard numerical.❤❤❤❤❤❤❤❤👏🏻👏🏻
Thx and Indeed it was.
"Your study channel has been a game-changer for me! The way you break down complex concepts and provide clear explanations has improved my understanding. Thank you for your dedication and passion for education - you're making a real difference in my learning journey."
I am glad to hear that Beta. I really am. May Allah swt reward for this. Regards and stay blessed
Great Explanation❤
Hats off to you for your help🙏🏻👏🏻
Welcome bachay
The best thing is Animation and no time waste. ❤❤❤
Yups. I started the channel and I promised myself I will never interrupt in the video for like subscribe etc. from 1st second I will come to the point.
Best as always ❤
Welcome beta.
proved helpful, saved time👏👏
You are welcome beta.
Thanks sir u give we very interesting lecture thanks a lot ❤❤❤❤
Welcome beta
Love you Sirr!! The best explanation literally
You are welcome dear. 👍❤️
Very helpful 🙂
Stay blessed beta. Prepare well for send ups. 🎁
Thanks sir it’s really helpful❤
Thanks beta. When a student comment like this, it gives me more and more energy to make even more beautiful videos.
Is there any logic behind why the impulse formula is different for horizontal and vertical motions? Why can't we calculate the force from change in momentum? Why use impulse to calculate the force? Please give some intuition behind this
Good question. Beta in horizontal motion there is no external force acting any more since she jumped. In vertical case the acceleration is a force acting on it . That's why we have to add change in momentum .
For 2nd and 3rd part of your question. If you have some solution available other than this method, that I can check too. Because there are multiple ways of solving a question. This one I did because chapter is incorporating practice on Impulse etc
Sir, can you tell me where you got this formula for impulse? I can't find it anywhere. I asked the same question on a website called Stack Exchange but that person said that the formula for impulse is the same for both horizontal and vertical cases. He even said that my textbook was wrong and that the change in momentum should be equal to the change in impulse.
Thank you so much!
it
Welcome
❤
🎁
Sir my exam is tomorrow can u plz tell imp questions in physics
ruclips.net/video/YdM9iolBQ78/видео.html
Here is my guess
@@StudywithmeinPakistan thank u
@@werly55 welcome beta
Why cant we use the given time in 1st phase for finding vf
Because the time given is from the moment she touches the net.
@@StudywithmeinPakistanthanks 👍👍
@@moviesxedits7 beta you are always welcome
Sir u r graet u tube ma koi bii teacher assignment our example ki video nhi banra laken ap nankamal kar dia
Welcome beta. May Allah swt make it understandable to all my students.
Thanks sir
Welcome beta
Student 2023 atendence lagao😂😂😂😂😂😂😂😂😂😂😂
😃
This numerical is one of the worst ones of this book
Hahaha. Aur Kuch loogon nay RUclips peh Kuch bhee kar k Keh dia thaa Keh book Ka answer ghalat hay.
@@StudywithmeinPakistan
yes ofc, I found only ur vid useful regarding this numerical, u are the best❤❤❤❤