3D animation of soft glass droplets rotating around a sphere. Blue bubble balls collide inside a shrinking, soft shell. Cosmetics solution concept, skin care essence.
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3D animation of soft glass droplets rotating around a sphere. Blue bubble balls collide inside a shrinking, soft shell. Cosmetics solution concept, skin care essence.
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Rotating bone scales/shrinks mesh
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stackexchange.com
Reflective Kinetic Sculpture: this one translates rotating motion into repeating expanding (or shrinking) square-ish reflections. Directing two colored beams of light enhances the effect. An interesting one (of many) ways to connect rotational motion to translational motion. The base has a silent motor and connects to power via USB. ➡️ Follow the link in my profile for info on where to get this and other amazing items featured here on @physicsfun #windspinner #mathtoy #reflection #spiral #physic
1:00
Reflective Kinetic Sculpture: this one translates rotating motion into repeating expanding (or shrinking) square-ish reflections. Directing two colored beams of light enhances the effect. An interesting one (of many) ways to connect rotational motion to translational motion. The base has a silent motor and connects to power via USB. ➡️ Follow the link in my profile for info on where to get this and other amazing items featured here on @physicsfun #windspinner #mathtoy #reflection #spiral #physic
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FacebookPhysicsfun
When you spin a fully expanded Hoberman Sphere, it rotates slowly. But if you collapse it mid-spin, the rotation speeds up dramatically. First we need to know that momentum measures how difficult it is to stop a moving object and it depends on the object's mass and velocity: ▪︎ Linear momentum refers to straight line motion (a tennis ball is easier to stop than a bowling ball). ▪︎ Angular momentum applies to spinning objects and depends on mass and angular velocity (a coin flip is easier to stop
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When you spin a fully expanded Hoberman Sphere, it rotates slowly. But if you collapse it mid-spin, the rotation speeds up dramatically. First we need to know that momentum measures how difficult it is to stop a moving object and it depends on the object's mass and velocity: ▪︎ Linear momentum refers to straight line motion (a tennis ball is easier to stop than a bowling ball). ▪︎ Angular momentum applies to spinning objects and depends on mass and angular velocity (a coin flip is easier to stop
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Why does a spinning object speed up as it shrinks?This Hoberman sphere demonstration illustrates the law of conservation of angular momentum.Moment of inertia measures how mass is distributed relative to the axis of rotation. When the sphere collapses, its mass moves inward.This decrease in inertia forces the angular velocity to increase because the total momentum of the system must remain constant.This same principle allows figure skaters to accelerate their spins and causes collapsing stars to
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TAMU Physics & Astronomy on Instagram: "Shrinking stars spin faster! 💫 Here we have a Hoberman Sphere, invented by Chuck Hoberman. What looks like a toy is actually a clever piece of engineering. It maintains its shape as it opens and closes, making it a perfect tool for demonstrating physics of rotational motion. In this experiment, the Hoberman Sphere spins slowly while expanded. When we collapse it as it rotates, it starts spinning much faster. This is a demonstration of the conservation of
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