Here's a theory, humanity is just the overlapping of two waves artificially produced for fun and observation purposes by a higher intelligence. I'd say all our shenanigans make for a pretty awesome inference pattern.
If words were ever enough and if longitudinal waves could reach the sky and reach till god, please keep this man happy. He deserves all the happiness in the world.
Hi small correction for 26:53, A longitudinal wave is defined as a wave in which the particles vibrate/oscillate parallel to the direction of transfer of energy.
Hey mate, I appreciate your efforts and love your work. Please release the remaining chapters for P2 like electricity, d.c. circuits and particle physics as soon as possible because my exams are coming up and your hacks really change the system. With your help, I'm confident that I can ace my exams with the information you provide.
Sir, I know you have been really working hard for collecting questions from all the past papers. It has to save us lots of time and gives us confidence in doing the questions. Thanks and really appreciate your work Are you planning on paper 1 and A2 tropical questions as well? Will really appreciate if you reply my comment
Can u pls explain y the wavelength ranges for EM waves r different on different sources? My teacher told a bit different one, the book states a different one and yours is also a bit different. which one is the correct one??
bro...i think you diagram for q2 is wrong.Won't it be a antinode next to the loud speaker and a node at the point on the surface of the water as the max sound occurs at nodes?
Yeah you’re right I drew it the wrong way round my bad sorry… (antinode at the speaker and node at water). I was thinking of it as a string with a fixed end for some reason. Thanks for pointing this out.
@@Intuitive_education then that introduces a new caveat (at least for me). Since anti node is loudest and node is quiet then when node reaches just above water level (to get the stationary wave from first harmonic) the sound is actually determined due the anti-node at loudspeaker NOT the node above the water level, watching the video without reading this comment gave me the opposite idea. Thanks for this clarification.
hey!! I still cant understand how you know it was lamda by 4 ?? and how did you know it ends in a anti node?? and how did you know there was only 2 anti node ?????? i just cant understand this one topic..
Always at the closed end it's node And if there's an open end then it's anti node For an entire wave it's 1lambda If u break it down into four parts From one node to it's adjacent antinode is quarter 1/4 lambda
@@everythingchanges148 that's means u already took ur exam. Glad to hear that it wasn't that difficult. Are u by chance from India since feb/march components only take place there. Mine is in May and I'm preparing for it.
After watching I get the theory from stationary waves. Last year I gave up on physics and failed but after rewatching your videos I actually find physics more interesting and I’m looking to retake.
Exam Hack Series | CIE A-level Physics | Structured (Paper 4) : www.patreon.com/itsintuitive
Here's a theory, humanity is just the overlapping of two waves artificially produced for fun and observation purposes by a higher intelligence. I'd say all our shenanigans make for a pretty awesome inference pattern.
very insightful, feels nice to be a glorified science experiment ( i didnt like he comment because 42 :) )
If words were ever enough and if longitudinal waves could reach the sky and reach till god, please keep this man happy. He deserves all the happiness in the world.
Finally another exam hacks! Cant express how much I appreciate you for putting all this time and effort for a bunch of people on the internet!
My G deserves so much. Cannot even tell about how much you help us students to improve in College.
thanks so much for the video!! Literally a lifesaver for private candidates!! God bless you for your kindness 🥺
thanks for the vids man
you saved my life in my AS level maths, now I am taking my A2.
keep it up
Thank u soooo much. I was literally wishing for this video today cos i've hated waves for a long time and you explain stuff so well.
Finally i found you Intuitive. I appreciate your hardwork, thanks it is really worth for money.
Hi small correction for 26:53,
A longitudinal wave is defined as a wave in which the particles vibrate/oscillate parallel to the direction of transfer of energy.
Hey mate, I appreciate your efforts and love your work. Please release the remaining chapters for P2 like electricity, d.c. circuits and particle physics as soon as possible because my exams are coming up and your hacks really change the system. With your help, I'm confident that I can ace my exams with the information you provide.
do you make podcasts where you just talk about the stuff you usually do at the end of these videos?
if he doesn’t he definitely should start one!!
I really appreciate these videos, thx man
Sir are you planning to make A2 topical theory questions as well? if so that would be very helpful
Thank you so much for these wonderful and informative videos. Could you please do the electricity chapter ones?
Sir, I know you have been really working hard for collecting questions from all the past papers. It has to save us lots of time and gives us confidence in doing the questions. Thanks and really appreciate your work
Are you planning on paper 1 and A2 tropical questions as well? Will really appreciate if you reply my comment
Ur a godsend
The real MVP 🐐
4:44 LMAO
Can u pls explain y the wavelength ranges for EM waves r different on different sources?
My teacher told a bit different one, the book states a different one and yours is also a bit different.
which one is the correct one??
bro...i think you diagram for q2 is wrong.Won't it be a antinode next to the loud speaker and a node at the point on the surface of the water as the max sound occurs at nodes?
Yeah you’re right I drew it the wrong way round my bad sorry… (antinode at the speaker and node at water). I was thinking of it as a string with a fixed end for some reason. Thanks for pointing this out.
@@Intuitive_education alr thanks man.btw your mechanics playlist is lit. really helpfull. thankyou bro......
@@Intuitive_education then that introduces a new caveat (at least for me). Since anti node is loudest and node is quiet then when node reaches just above water level (to get the stationary wave from first harmonic) the sound is actually determined due the anti-node at loudspeaker NOT the node above the water level, watching the video without reading this comment gave me the opposite idea. Thanks for this clarification.
hey!! I still cant understand how you know it was lamda by 4 ?? and how did you know it ends in a anti node?? and how did you know there was only 2 anti node ??????
i just cant understand this one topic..
Always at the closed end it's node
And if there's an open end then it's anti node
For an entire wave it's 1lambda
If u break it down into four parts
From one node to it's adjacent antinode is quarter 1/4 lambda
@@alexahere1671 thank you so much !!
@@everythingchanges148 no worries! Are u sitting for may june session?
@@alexahere1671 I wish I could do that but our school only lets us write on feb/march series. The paper was fine not so good not so hard
@@everythingchanges148 that's means u already took ur exam. Glad to hear that it wasn't that difficult. Are u by chance from India since feb/march components only take place there. Mine is in May and I'm preparing for it.
Why is the h in Q2 a quarter of the wavelength and not half
bigger smaller doppler effect ?
what music did you use in this video?
Can yoU please solve the wave question on on oct/nov 23 2022 oaperw
where were u my whole life
Thank you so much I’m so shit at waves
Well you’re made of them, try make sense of that one.
After watching I get the theory from stationary waves. Last year I gave up on physics and failed but after rewatching your videos I actually find physics more interesting and I’m looking to retake.
More physic hack plisss
saved my entire physics grade
i could kiss you right now