@ecekaraa
you explained one by one clearly. Thank you!
@kina4288
Always appreciate your quality videos. In this instance, does the equation only hold if the angles are small, which was our assumption in the derivation. Thank you.
@Neel-Joshii
At 5:17 -- I understand that you used the small angle approximation assuming that both theta1 and theta2 would be equal along line segments bounded by delta x. My question is how exactly were you able to use the small angle approximation for ALL points along the string. Take for instance the points between any trough and peak, how would you be able to apply the approximation to those points where theta1 and theta2 would (at least by first glance) not be small enough to having sin (theta) = tan (theta)?
@griffithfimeto3387
Since tension is unofirm and theta 1 equals theta 2 then sum of forces over Y equals zero not ma
@mohammadibrahimahmad7546
elaborate explanation, thanks bro
@donqe6439
why does lim as deltax ->0 of dS/dx imply that dS/dx=d/dx (dy/dx) 10:00
@anilkumarsharma8901
Energy is the ultimate integration of anything or anything else naturally universe ki efficiency hain maximum bot support dilva do stock market ka dividend detey rahana to sara desh aapko following karney lagega
@mrslave41
11:01 “previous” i didn’t watch. now i’m lost. please don’t tell me to watch another video now. 😢😢😢😢
N/A
great explaination. Good job.
@petergoh5628
Why is delta(m) = mudelta(x)? Shouldn’t it be mudelta(s) which is the segment along the string? Or a we assuming since theta is small delta(s) and x are the same
@edoardo_rubino
why do we use theta1=theta1 in the horizontal direction but not in the vertical direction?
@SoftLang4
Будьласка допоможіть рівняння біжучої хвилі завдання на виведення з формули я нічого незнаю і не розумію.
@IshanAtre-vv5xm
Thanks so much, really appreciate it🙌
@kw4070
What's the purpose of the small angle approximation here? And why do we assume theta is a relatively small angle?
@Aferz
Thank you! You are a beast
@swargaraj
Thankss
@UtkarshPal23BCE047
naah bro explained exponentially better than my proff. 😭
@ahmetcoskuntekin5956
En büyük müsün bilmiyorum ama çok büyüksün ninja abi.
@organic_antelope
Very helpful thank youuu
@sirwinston2368