I also talked about equipartioning theorem and quantum oscillators for black bodies to explain the presence of all the wavelengths in the curve, however I just ran out of time to show that the probability for the smaller vibrational modes would be low due to higher thermal energy gaps.
Gosh I...
I wasted a lot of time on q33 (or whatever the circ. motion q was because i kept misreading) so I rushed that bit and said that the power was intensity times radius squared like an idiot :(. So i scuffed the calculations for that one as I did it last minute, other than that i talked about p-p...
P_{in}>P{_{out}
Hence in accordance with conservation of energy as electrical energy is transformed into heat energy and other forms of energy. And some other stuff
I’ve never delved into the world of competition math, might start doing so in the holidays if I feel motivated enough. I defs wanna try the Putnam in undergrad though (even thought the average score in it is 1% :p)
thanks for the recommendation, haha also I don't have a bias toward science shows (do like maths shows though, jk, we have 3b1b for that amirite @Drdusk 😉)
I went super in depth for all of them that I ended up writing twice as many lines as provided. I regret it though because I wasted too much time. I even talked about the details of the CRT and the process he used for the derivation. I wasted so much time - do not do what I did.