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Thank you very much, all the best in your exams if you are writing them, you got this👍

Thank you very much, all the best in your exams if you are writing them, you got this👍

That is an excellent question, I hope you understood the logic behind my explanation though. Looking at C, there is a resultant force that is present in that system, but if Iam understanding the question, there should not be a resultant force otherwise the whole system should be in equlibrium because it is not movign anywhere else. I hope that makes sense, please ask if you have any other questions

@@Alevel_Physics thank you so much I understood it now 👍

Thank you very much, all the best in your exams if you are writing them, you got this👍

Thank you very much, all the best in your exams if you are writing them, you will do well no doubt

Thank you very mucb

@@randomnoobontheinternett Thank you very much

Joen, my guy, thanks man, I hope you are doing well.

😅😅, Thank you boss Kuda

@@Guttor you're welcome👍👍

@@taylafanfics4934 Thank you very much👍👍

Thanks a lot👍👍

Thank you very much🥺. Do ask if you have any questions or feedback.

Amazing👏

Thank you very much.

I would love to create a video on it but Iam a bit busy now, you can check out (ruclips.net/video/OKBsb78DJeI/видео.htmlsi=DuFnrlNtpVupA-mX) that video those guys are pretty good. But the basic concepts revolves around understanding that capacitance is inversely proportional to distance and everything is the same. But if you don't get it I can still explain it.

That's amazing how did it go, was there any question that you found interesting, remember there are no hard questions only interesting ones

@@Alevel_Physics It was a pretty good paper . I didn't know how to complete the 8c 5 mark qtn after finding the binding energy

@tz9422 ohh, did you then figure it out or you need help on that one, but Iam glad you are making progress and finding the papers good though, you must be proud of yourself.

Thank you 💙

Thats an excellent question so q is just the elementary charge and you find it in the first past of a past paper and its 1.6× 10^-19, its basically how much charge each electron carries, does that help?

@@Alevel_Physics yes that helps, thank you very much! :)

Thank you very much, do ask if you have any questions or any areas you would like to be addressed

Thank you very much, I saw the video, it is pretty well detailed no doubt.

Thank you very much Boss Kuda

Me and the “matter”🎉

Boss Kuda never disappoints we won't forget you when we reach a 1000 better yet 10K subs. The ball is still rolling 😅

Thank you very much, do share with others and ask if you have any questions that need to be addressed

Thank you very much

Okay at the maximum displacement the velocity has to be zero so that you turn back and actually reach maximum, so velocity can't be at maximum because we can't reach a max displacement if the velocity is not zero. I hope it makes sense do ask if you have any concerns

​@@Alevel_Physicsooooohhhh I see omg ur such a genius😭😭😭😭😭

@cappybaraeats come on you guys are doing all the work, keep it up, physics is quite fun

I hope to start working on it

You are welcome, do ask if you have any questions

Thank you very much, I will try to work on that.

Glad you like them! 👍

so sorry for the long response time, my bad. Basically we are not given any information about the values of V, so it is better to use the one with the current because you can be able to easily cancel it out since in series the current is the same

Its a bit tricky on that one, but my best bet will have to be that the bright one gets brighter, because we now have a greater amplitude and the dark one will also sort of turn brighter a little bit.