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新しいリラックスしたブレインティーザーゲーム、Arc Tracker: Pendulumでパズルをマスターしましょう。光り輝くボールを目標に運び、成長し続けるチャレンジや障害を通過する中毒性のあるリラックスした体験を、心地よいシーンとサウンドスケープと共に楽しんでください。 数百の美しいレベルに挑戦し、複雑なチャレンジがあなたの論理を向上させ、脳を刺激します。 特徴: シンプルなゲームプレイ: タップしてボールの軌道を描いてボールをコントロールします。方向を選択し、パズルの中で成長し続ける挑戦や障害を通過して、輝く光のボールを目標に導きます。 リラックス: ...

An exploration of the Foucault pendulum to discover what drives its motion. First observe a 3-D Foucault pendulum like the one at your local science museum, university, or planetarium. The pendulum will move around the floor correctly for your latitude, knocking over pegs as the earth rotates beneath it. Leave earth and go to an asteroid that also has a pendulum. Here you can see how the pendulum's motion is linked to the distant stars. Change the pendulum's latitude and rotation rate, and view the asteroid from different angl...

Just express yourself and unleash your creativity by swinging the bucket again and again. It's one of the best fun painting and drawing app that brings a fun and amazing drawing experience to anyone who wants to be creative, regardless of skill level. How It Works: - Select your favorite color combinations, swing the paint bucket, and let the motion do its work. - You can paint, doodle, and create bucket art with a pendulum motion. - The number of loops is increasing at expert levels in bucket paint art. - Just draw whatever you w...

Let's do creative painting inspired by Foucault pendulum with its famous and elegant path of movement! In 1851 the French physicist Jean Bernard Léon Foucault, showed that the plane of oscillation of a pendulum tends to swing rotated clockwise regardless of the motion of the pivot; it was the first demonstration of the Earth's rotation. The path of each round always crosses the center and keeps rotating smoothly, just like an art work by the nature. It created a "pendulum mania" at that time. Today, Foucault pendulums are also po...

Self-Hypnosis Pendulum is a useful tool for achieving deep state of trance and meditation. In fact, it is existent way to connect with powers and intelligence beyond the physical. Open your subconscious mind, the origin of most our thoughts, feelings and behaviors. It is also the source of creativity, imagination and intuition. Begin amazing trip into depth of your mind by means of magic fluctuations of a pendulum and fantastically realistic scenes: - Deep Cave - Infinite Road - Space Silence - Staircases. A large number of sett...

Contemplate the chaos of the double pendulum and elastic pendulum with this physics based interactive app. In this elegant app, you can edit the physics parameters (mass, drag, time scale) and graphics parameters (trail size, second pendulum visibility/color...) as well as grab and throw the pendulum.

In mathematics, in the area of dynamical systems, a double pendulum is a pendulum with another pendulum attached to its end, and is a simple physical system that exhibits rich dynamic behavior. The motion of a double pendulum is governed by a set of coupled ordinary differential equations. For certain energies its motion is chaotic. This application solves these differential equations using the Runge-Kutta method for the time stepping. You can influence the movement of the pendulum by holding your device in different positions.

Chaos Pendulum is a simulation on your iPhone of a compound double pendulum. Because of its unpredictable motion, the Chaos Pendulum can be mesmerizing to watch. The Chaos Pendulum makes use of the accelerometers to respond to the motion of your iPhone in real time. It’s like having a little toy pendulum inside your iPhone. In addition to the fascinating motion of the Chaos Pendulum itself, you can enable multi-colored light trails that create mesmerizing patterns on your screen as the Chaos Pendulum moves. You can set your music ...

The motion of a sextuple pendulum is governed by a set of 12 coupled ordinary differential equations. For certain energies its motion is chaotic. This application solves these 12 differential equations using the Runge-Kutta method for the time stepping. The equations of motion have been derived using the Sophia mechanical package. You can influence the movement of the pendulum by holding your device in different positions.

The motion of a triple pendulum is governed by a set of coupled ordinary differential equations. For certain energies its motion is chaotic. This application solves these differential equations using the Runge-Kutta method for the time stepping. You can influence the movement of the pendulum by holding your device in different positions.