Python Draws Cycloid Curve
Two waves merge into one stunning pattern mathematical waves combine to form hypnotic interference patterns that flow Experiment with it
#python #pythontricks #codingtips #programmingtutorial #cycloid #parametriccurves #mathart #pythonmath #viralpython #pythonshorts #curveart
⚡ The Fastest Path Down Defies Intuition
Three centuries ago, mathematicians proved that a bead sliding down a special curve beats one traveling straight down. This elegant cycloid plunges steeply to build speed early, then glides efficiently to victory. Physics rewards curves over straight lines!
✍️ Explore nature's elegant solution: https://TPC8.short.gy/BaLGHFLK
🎢 When nature chooses the scenic route.
#Physics #Mathematics #Science #Cycloid #Calculus #STEM #Gravity #Newton #Engineering #TPC8
A cycloidal pendulum - one suspended from the cusp of an inverted cycloid - is isochronous, meaning its period is constant regardless of the amplitude of the swing. Please find the proof using energy methods: Lagrange's equations (in the images attached to the reply).
Background:
The standard pendulum period of \(2\pi\sqrt{L/g}\) or frequency \(\sqrt{g/L}\) holds only for small oscillations. The frequency becomes smaller as the amplitude grows. If you want to build a pendulum whose frequency is independent of the amplitude, you should hang it from the cusp of a cycloid of a certain size, as shown in the gif. As the string wraps partially around the cycloid, the effect decreases the length of the string in the air, increasing the frequency back up to a constant value.
In more detail:
A cycloid is the path taken by a point on the rim of a rolling wheel. The upside-down cycloid in the gif can be parameterized by \((x, y)=R(\theta-\sin\theta, -1+\cos\theta)\), where \(\theta=0\) corresponds to the cusp. Consider a pendulum of length \(L=4R\) hanging from the cusp, and let \(\alpha\) be the angle the string makes with the vertical, as shown (in the proof).
#Pendulum #Cycloid #Period #Frequency #SHM #TimePeriod #CycloidalPendulum #Lagrange #Cusp #Energy #KineticEnergy #PotentialEnergy #Lagrangian #Length #Math #Maths #Physics #Mechanics #ClassicalMechanics #Amplitude #CircularFrequency #Motion #Vibration #HarmonicMotion #Parameter #ParemeterizedEquation #GoverningEquations #Equation #Equations #DifferentialEquations #Calculus
Do you know how to calculate the area under a cycloid curve?
[🎞️ Beau Janzen/reason4math]
#Cycloid #CycloidCurve #CycloidArea #AreaCycloid #Geometry #Area
Forgive the recent apparent obsession (I’d call it a fascination) with the #cycloid but I’ve just discovered something I’d not heard of before. It is also called a #TautochroneCurve or #Isochrone curve, which means that a particle starting from any location on the curve will get to the #MinimumPoint at precisely the same time as a particle starting at any other point.
#Dynamics #Kinematics #Mathematics #AppliedMathematics #Mechanics #ClassicalMecanics #WxMaxima #FreeSoftware #MyWork #CCBYSA
A couple of weeks ago, I posted an #animation of a point on a circle generating a #cycloid.
If you turn the curve "upside down", you get the #BrachistochroneCurve. This curve provides the shortest travel time starting from one cusp to any other point on the curve for a ball rolling under uniform #gravity. It is always faster than the straight-line travel time.
#MyWork #CCBYSA #Mathematics #Maths #AppliedMathematics #Physics #Calculus
Imagine a circular wheel rolling, without skidding, on a flat, horizontal surface. The #locus of any given point on its #circumference is called a #cycloid. It is a #periodic #curve with #period over the #circle's circumference and has #cusps whenever the point is in contact with the surface (the two sides of the curve are tangentially vertical at that point).
#Mathematics #Geometry #Maths #AppliedMathematics #Mechanics #Kinematics #Dynamics #Physics #MyWork #CCBYSA #WxMaxima
Cycloid (2013) [3 min] by Tomoki Kurogi | #Japan
https://www.youtube.com/watch?v=udxCW25nEfg
#2D #2DAnimation #AnimatedShort #AnimatedShortOfTheDay #Animation #Cycle #Cycloid
I had been wondering about a problem of "kissing" circles bounded by a #cycloid. The central circle would be the circle that generates the cycloid, and the circles on either side would fill the remaining space.
I'd only got part way with the problem, but once the #maths were done I'm sure it will look cool...
The hotel I'm staying at: you mean this?
#cycloid lève 3 millions d'euros pour internationaliser sa plateforme DevOps #jdn https://www.journaldunet.com/solutions/cloud-computing/1422829-cycloid-leve-3-millions-d-euros-pour-internationaliser-sa-plateforme-devops/
