Відео

I didn’t mention this clearly, but the FBDs drawn were for before the pendulum would start swinging (aka when the pendulum is at rest in its respective frame of reference). The goal was to demonstrate that the apparent gravitational field strength inside the elevator is g + a, which applies when the pendulum is swinging as well. I am not an expert at all with fictitious forces/non-inertial reference frames so please correct me if I messed anything up

two points idlike to say , if i was in the 9th or 8th id wanna learn this quicker cuz with questions and application , and would put a title on my video summarizing all the formulas aur topics cover, sure this could be drive away a lot of ppl due to it looking very complicated but itlll help a lot if you could do it

king krish ty for blessing me with this beautiful solution to a beautiful problem

perseverence and you'll make a massive impact. keep it up.

great

I love you

Hey man I did not finish the video yet but I can tell you that you actually are good at giving a lecture. I really enjoyed it so far! You know your stuff man good job!

I made a really silly mistake for 2a and 3a (become thermodynamics is a new concept for me too) and thought R was a gas-specific constant like rho in the resistance equation. Nope! R is universally equal to 8.31 with the correct units

حبييييبي والله

u could use the A.L.P.E.S to know which componant to give to U and V

Great Video man. Keep it up!

Bros cute

100 subs after 103 videos Mad respect for you brother!!!

hoorayyyy!!

i love u don’t die

congratsss

Congrats person who has the same name as me

love from North Korea (the northern part of north Korea where freedom exists)

Congrats dude

congrats!!!

🥳🥳

do calc bc content

Have my kids krishnna roa

W video bro congrats

yo why is this dude better at teaching than my professor 💀

love from Independent and Sovereign Republic of Kiribati

my thoughts exactly

nice

Love from india bro❤ keep it up

Pretty cool

It's over for bro 💀💀

Good job

type shi

Good video 😊

Can u do a parallel version of this please

just landed in brooklyn

like ur videos bro, where u from? These lectures are for self-teaching or what?

I think you may want to turn the gain up in post, i can barely hear the video.

first

Super splendid

I like this dude's way of teaching❤❤

ur so cute I want u

I did not understand anything but the rap was good

Thanks Bro!!

GREAT!

Going back to the beginning I see.

Bro at 10:00 , this is a case of short circuit . Current after passing through first resistance wont pass through 2nd resistance as it got a new path which has no resistance ( a "shortcut" path to bypass the 2nd resistance) . This will create abnormally high current to flow through the circuit which will burst or catch fire . Ultimately making the circuit open Keep going bro .

Maybe teach in a place with more light?

Love these videos dude