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Thanks Paru! Are you preparing for NEET?

🙂 Niharika, consider joining my telegram channel t.me/TheScienceCube_Community

Not sure what your questions is? Please elaborate

Yes Aswin, you can take. The final result will tell you if the presumed direction was correct or incorrect

While sloshing causes instantaneous pressure variations, the average pressure on the aquarium walls, when averaged over time, does not change significantly from the static case.

Sirf angle se nahi hota kaam, Bajoo mein bhi chahiye shakti aur dham! ;)

So glad to know Akanksha! What class are you in?

Thanks Sachin! But what could be the specific reason? Readability?

@@TheScienceCube Translate text with your camera Yes sir, white background is having a bad effect on the eyes.....

@@SachinKumar-fv3ro I get it...did not understand the 1st point about translation

@@TheScienceCube ok sir thanks a lot to understand......

@@SachinKumar-fv3ro What does this mean Sachin - Translate text with your camera

Absolutely correct. However since it is in i direction only, we just write +5 m/s or -5 m/s as the situation may be, without putting i. But we can put i as well, it would be in place

@@TheScienceCube Thanks for help! I really struggled with understanding it since it’s never mentioned anywhere in textbooks!

@@Timetraveler0161 Great to know you understood. Are you preparing for an exam?

@@TheScienceCube Not really… I am self taught, but I struggle with vector notation. I wanted to learn everything in detail, but what confuses me is things like negative Coulomb force? Or velocity being negative. Magnitude? It can’t be negative. Only the x, y and z components. It’s not clearly explained in textbooks, but rather randomly thrown in

@@Timetraveler0161 I get it! Try this playlist. I think it will bring a lot of clarity. ruclips.net/p/PLQgL7RKnNg_ydvUmlz0-fNaoymKD-nDPj

Are you asking a question? Please clarify

Very nicely put! You are absolutely right. However, this Q&A is more about improving conceptual understanding. So then if one is given a problem where the system is accelerating, you can use the same equations and put the value for a instead of 0. But of course you seem to have a natural flair for the subject :)

@@TheScienceCube thanku!! <3

@@by_justice242 What class are you in?

@@TheScienceCube 11th

@@by_justice242 You preparing for an exam?

I am so glad you could get your concept right. Please do share the channel with your friends, hopefully something would happen then :) Also you can visit the website that has a lot of good resources like mind maps and pdf downloads. www.thesciencecube.com/

Hey Pin! do visit my website...a lot of more useful stuff there : thesciencecube.com/

Btw it is 2d 🙂

Hi Komitet! Not sure I understood what you want to say?

@@TheScienceCube I wanna say that yuh really make visuals so good that even I fear what if my competitors discover it it’ll lead to more competition

@@komitetgosudarstvennoybezo5216 :) I get it! I see you're a physics buff, with Tesla, Feynman and Vinci your heros!

@@TheScienceCube Sir fr yuh gave vibes like Rancho from 3 idiots(hope yuh have heard bout that)it would be a pleasure if i get a chance to talk with ya via any mean tbh by the way I also joined your telegram channel

@@komitetgosudarstvennoybezo5216 Wow, I'm flattered! Just promise you won't make me balance on the edge of a building while explaining Newton's laws. Looking forward to our chat on Telegram-maybe we can figure out how to turn "All is well" into a physics formula!

What time of the video are you suggesting?

@@TheScienceCube Sorry @3:15 - When talking about the spring. It might be a theory representational thing which I am missing. But if you stretch a spring from rest to Max would it not have Max Energy.

@@TheSecrecyOfFrequency I get it! When you stretch to the max...you see at the max point it is at rest, so the KE is zero...but it has a lot of PE, or in other words potential to snap back.

Thanks Khushi! 😀 Can I request you to write a short testimonial for me that i can put on my website. It would mean a lot. It would be something like what you see at the bottom of the landing page of my website. www.thesciencecube.com/

​@@TheScienceCube Suree!! Would love to do that, where do I need to write it, here in the comments?

@@Itsywitsyspider Thanks! you can email me on vishesh.nigam@gmail.com

...and would be happy to see the same posted here as well 😀

Great to know! What class are you in?

The way you should see the situation is that you have introduced another resistor in the circuit. This means you are blocking free flow of electrons. So the current goes down across the series. However I will still be the same for each bulb since electrons have only one path to pass through. So lower current means lower glow for each of the 3 bulbs, but equal

You mean the vertical component?

@@TheScienceCube yep

@@TheScienceCube Yeah, after crossing max height, it should be like (-V) = (Vo) + (-g)t. right?

@@karunareddy6966 ..but you have written horizontal. Yes that is entirely correct. See the notation that we usually follow is that any vector pointing in direction of +y axis is positive and any in +y direction as negative. That is the reason g is always negative.

Hmm, I strictly support this point. But many educators disagreed saying it will eventually become negative. SO summary is : for upwards motion : Vertical component is : V = v0sin theta - gt for downwards motion : Vertical component is : (-V) = v0sin theta - gt but, it many reference books like many famous books of kinematics generally prefer saying Vertical component is : V = v0sin theta - gt for whole projectile path. why is that so?

Thanks Ayush! Not sure what you mean by application based. Please specify

@@TheScienceCube Question like stone thrown from tower..like this numericals

@@AyushRajpurkar Got it! Oh I should have understood before :). You will get all the stuff here thesciencecube.com/

Also I just released this video. Exactly the type you like ruclips.net/video/8p13xE1JSSk/видео.htmlsi=YZogsQyGGi5cAvMj

Can you elaborate on the question?

So nice of you :) Where are you from?

So Glad you liked it!

Thanks 5Gal! I don't quite remember. But here is the playlist, it should be one of the videos. ruclips.net/p/PLQgL7RKnNg_wiECZjaoy-QLBSXXxcMNMH