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Modern fighter jets achieve great manoeuvrability by virtue of being aerodynamically unstable - the slightest nudge is enough to drastically alter their flightpath. Commercial aircraft are aerodynamically stable, so that a small turbulent nudge (possibly butterfly-related) won’t push the plane out of a level flightpath. In addition to the gibbon's dwellings, there are eight bedrooms and six bathrooms between the main house and the guest house, as well as a heart-shaped pool and a speakeasy. During a recent auction weekend, HowStuffWorks was given a behind-the-scenes tour of Red Baron's Antiques auction house. For guests too young to cross the street, hide these ingredients around the house or in the backyard.For the grand finale, make a big production of dropping each find in a "cauldron" in front of your audience. Grasp the wand in your right hand, with your right shoulder to the audience. On the other hand, this stability is somewhat of an inconvenience to fighter pilots who prefer their aircraft to make rapid changes with minimal effort. Google arranges the workstations so that groups of three to four employees who work together sit in the same area.

Employees swim against the current, staying in place within these small pools. That means for every standard work week, employees can take a full day to work on a project unrelated to their normal workload. Gravity assistance. This is a method originally proposed as a means of moving Earth to a higher orbit around the Sun in order to save it from the Sun's inevitable Red Giant expansion. What this all means is that nobody will use it to make rugs because there're too many sprites(haha). Mathematicians use the concept of a "phase space" to describe the possible behaviours of a system geometrically. If there was some way to electrically charge the Earth, by dumping lots of identically charged particles onto the Earth or just ionizing particles already on Earth - a large amber rod might perhaps be in order - then we could use magnetic fields to drive the planet in the direction we wanted it to go. Then the game changes in a hurry. What at first glance appears to be random behaviour is completely deterministic - it only seems random because imperceptible changes are making all the difference.

Chaotic systems are an intimate mix of the two: from the outside they display unpredictable and chaotic behaviour, but expose the inner workings and you discover a perfectly deterministic set of equations ticking like clockwork. He created a mathematical model which, when supplied with a set of numbers representing the current weather, could predict the weather a few minutes in advance. The key to unlocking the hidden structure of a chaotic system is in determining its preferred set of behaviours - known to mathematicians as its attractor. For the Gemini missions, NASA used a four-gimbal system. It also allows us to accurately predict how the system will respond if it is jolted off its attractor. It is a mathematical toolkit that allows us to extract beautifully ordered structures from a sea of chaos - a window into the complex workings of such diverse natural systems as the beating of the human heart and the trajectories of asteroids. Though we may not be able to predict exactly how a chaotic system will behave moment to moment, knowing the attractor allows us to narrow down the possibilities.

Keeping an eye on the asteroids is difficult but worthwhile, since such chaotic effects may one day fling an unwelcome surprise our way. If the players are less than seven years old, what is billiards don't call anybody out; let them all stay in and focus on keeping the pattern going. Keep going until kids have three balls going at once. It is worth noting that the laws of physics that determine how the billiard balls move are precise and unambiguous: they allow no room for randomness. And how can we tell the difference between pure randomness and orderly patterns that are cloaked in chaos? If you can tease out the pattern’s underlying chaotic systems, you can effect a measure of control over randomness and turn instability into an asset. Once this computer program was up and running, Lorenz could produce long-term forecasts by feeding the predicted weather back into the computer over and over again, with each run forecasting further into the future. But others say that the building already had that name back when Silicon Graphics owned it.

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