They see me rollin' They hatin' Patrolling and tryin' to catch me ridin' dirty Tryin' to catch me ridin' dirty Tryin' to catch me ridin' dirty Tryin' to catch me ridin' dirty Tryin' to catch me ridin' dirty My music's so loud I'm swangin' They hopin that they gonna catch me ridin' dirty Tryin' to catch me ridin' dirty Tryin' to catch me ridin' dirty Tryin' to catch me ridin' dirty Tryin' to catch me ridin' dirty Police think they can see me lean I'm tint so it ain't easy to be seen When you see me ride by they can see the glean And my shine on the deck and the TV screen Ride with a new chick, she like "hold up" Next to the Playstation controller is a full clip and my pistola Turn a jacker into a coma Girl you ain't know, I'm crazy like Krayzie Bone Just tryin'…
@@arjunverma963 you maybe jee aspirant like me, brother, in case the velocity is zero, and e perpendicular to b then it's cycloid(not in 12th boards syllabus though it's in jee adv syllabus) but when there is velocity and e,b perpendicular then it's helical path
peculiar how the path of a cycloid, if oriented correctly, gives us the path that minimizes the time taken for an object to slide from one end to another (the Brachistochrone curve)
I made a video that actually mentions this, and references to a particular scene in spiderman 2: th-cam.com/video/AzExth9AseQ/w-d-xo.html&ab_channel=Math%2CPhysics%2CEngineering
Wow that's the pretty quick way of doing it. I did it by using Snell's Law to derive a differential equation (gets the same one gets for the cycloid) then solved it as a cycloid to get the parametric equations.
just think that one day we will lose this knowledge and rediscover the same equation over and over again. kind of make me feel gratitude that we come this far than one day it all need to be rediscover again. how fickle human in regard to advance knowledge
Can you use this to get y=f(x)? I tried differentiating with respect to the parameter to get dy/dx and then using x and y to replace the parameter derivative, and then solve it like a differential equation
Can anybody please tell me what kind of software can be used to trace the path of a point or create animations like the one in the video from 10-14 sec?
You took theta to be in the first quadrant, but if i take theta to be, let's say, in the second one, some signs would be different, and so would be the equation of the cycloid. How do you explain that?
@@PapaFlammy69 hey papa this is your boi from India I am 15 years old and I love all your videos would love to see more mechanics video like the rope falling down thank you
@@youtuberdisguiser6075 No, I'm pretty sure I'm right. I learnt it from an episode of Jeffpardy where the answer was "The pronunciation of Jeff" and the question was "What is Jeff?"
They see me rollin'
They hatin'
Patrolling and tryin' to catch me ridin' dirty
Tryin' to catch me ridin' dirty
Tryin' to catch me ridin' dirty
Tryin' to catch me ridin' dirty
Tryin' to catch me ridin' dirty
My music's so loud
I'm swangin'
They hopin that they gonna catch me ridin' dirty
Tryin' to catch me ridin' dirty
Tryin' to catch me ridin' dirty
Tryin' to catch me ridin' dirty
Tryin' to catch me ridin' dirty
Police think they can see me lean
I'm tint so it ain't easy to be seen
When you see me ride by they can see the glean
And my shine on the deck and the TV screen
Ride with a new chick, she like "hold up"
Next to the Playstation controller is a full clip and my pistola
Turn a jacker into a coma
Girl you ain't know, I'm crazy like Krayzie Bone
Just tryin'…
You can derive this using electromagnetism. A particle, on being acted upon by a Lorentz force will show a cycloidal motion.
Constant E and B perpendicular too each other yes. And it doesn't stop at one revolution, it keeps drawing cycloids!
isn't it helical
@@arjunverma963 Nope
@@arjunverma963 you maybe jee aspirant like me, brother, in case the velocity is zero, and e perpendicular to b then it's cycloid(not in 12th boards syllabus though it's in jee adv syllabus) but when there is velocity and e,b perpendicular then it's helical path
1:04 god tier trajectory drawing
1:10 surprisingly, that is pretty good
peculiar how the path of a cycloid, if oriented correctly, gives us the path that minimizes the time taken for an object to slide from one end to another (the Brachistochrone curve)
I made a video that actually mentions this, and references to a particular scene in spiderman 2:
th-cam.com/video/AzExth9AseQ/w-d-xo.html&ab_channel=Math%2CPhysics%2CEngineering
Wow that's the pretty quick way of doing it. I did it by using Snell's Law to derive a differential equation (gets the same one gets for the cycloid) then solved it as a cycloid to get the parametric equations.
This was explained so much better than when I learned it, ty :)
actually, the whole thing was so good
While you're on cycloids, you should derive the cycloid equation as an (analytic continuation of a) solution to the matter-dominated FLRW equations.
Oh man I didn't know that! Too bad we don't live in such a universe. Heat death is way too boring. Cycloid universe sounds more fun. XD
just think that one day we will lose this knowledge and rediscover the same equation over and over again. kind of make me feel gratitude that we come this far than one day it all need to be rediscover again. how fickle human in regard to advance knowledge
Okay, this is epic
I find a nice coralation with the principals of the cycloid and the curved path an airplane makes as the shortest distance from two points
Can you use this to get y=f(x)?
I tried differentiating with respect to the parameter to get dy/dx and then using x and y to replace the parameter derivative, and then solve it like a differential equation
did you ever manage to do this? I need to work it out 😅
@@SmoothOutcomes I'll try it when I get home
can we get some stuff about linear alegebra ? some basic stuff and so
Dr. Peyam is also doing an excellent series on Linear Algebra right now
Came here to suggest both of these things
What is the best book for self-learning complex analysis? Rigor prefered. Thx ;)
Papa, why do you say 'theta' and write 'v'??? At 7:10
That's another way to write theta.
It's a curly theta. Explained below with a virgin/chad meme.
i.imgur.com/K8sCSur.png
@@Gameboygenius Fair enough! I'll start using it; don't want to be a virgin fukboi.
Can anybody please tell me what kind of software can be used to trace the path of a point or create animations like the one in the video from 10-14 sec?
You took theta to be in the first quadrant, but if i take theta to be, let's say, in the second one, some signs would be different, and so would be the equation of the cycloid. How do you explain that?
At 8:07 do you say "same Spiel down here"?
Can you do more videos on number theory? Such as linear modulo congruences and maybe polynomial modulo congruences?
Papa's rolling over the floor
@@PapaFlammy69 hey papa this is your boi from India I am 15 years old and I love all your videos would love to see more mechanics video like the rope falling down thank you
Your theta looks like a v :(
Oh, ok. Must be one of those fancy mathematician symbols, I've never heard of it..
Um it’s pronounced gif honey...
You sure? I'm pretty sure it's actually pronounced gif
Dschif
Joshua Cohen god damn it you’re right
@@spacejunk2186 no it's gif with a hard g.
yeah with a hard g. and not a j
bro you cant even imagine how in love i am with you right now
I love how 90% of these comments are people either roasting you about how you pronounce GIF, or how you write Greek letters lul
It's pronounced Jeff.
it'S pronounce gif with a hard g.
TH-camr Disguiser r/woooosh
@@youtuberdisguiser6075 No, I'm pretty sure I'm right. I learnt it from an episode of Jeffpardy where the answer was "The pronunciation of Jeff" and the question was "What is Jeff?"
No it's pronounced 'give' with a hard g.
Could you do a video on Viète's formula for the calculation of pi and how it relates to the geometry of a circle? Thank you for your time.
Papa Flammy can you do a video on Fourier Series?
I love these braingasmic videos
You are soooooooooooooooooooooooo9ooooo brilliant
Please neat hand writing
please do rolling ellipse this time.
Mmh good. Now find that the cycloid is brachiatochrone in a uniform force field by taking the variation of the total time w.r. to q(t)
These look familiar ;)
Cool intro btw
Hey that’s pretty good
excellent
I don't get it but you're great
Don't remind me of this cycloid Iam studying this in engineering drawing.🔥🔥
Great😊
Jesus Christ I saw this last week in class...
What class was it?
nice
1000th like
Symbol sometime mke math complicated
Knock knock
I was gonna make a knock knock joke but papa gave me no love :(
@@PapaFlammy69 Daisy
Daisy who? Why of course it's DAISY ME ROLLLIN', THEY HATIN😂😂🌼
Geef!
Cool intro btw