Your objective is to carry your passengers to the target airport safely. It's not easy to fly a plane, but you don't need a pilot's training to reach the skies in this game. Can you complete all the levels in this game and prove you're a good pilot? When these effects accumulate, after time, all the balls turn into shaking little by little at the same time, eventually stopping the whole movement as well.In Aircraft Flying Simulator, you can become a pilot and take control of various planes! Your passengers are waiting for the plane to take off, so do your best to provide a safe and fast trip for them. In fact, a ball falling from Newton's cradle is pushed back slightly by friction immediately after impact.
In Newton's cradle, momentum and kinetic energy are reduced little by little because of friction. This process is repeated so that if you finally lift two balls and then drop them, the two opposite balls will bounce at the same speed. The first ball hits the second ball that has stopped. According to the law of collision of an elastic body, the third ball takes over momentum and kinetic energy and moves, and the second ball that has fallen stops. With a subtle difference, the second ball hits the third ball first. Let's think about the process of lifting two balls and then dropping them toward the third. A hard iron ball does not compress well, but it is elastic, so it does not cause energy loss and transfers energy efficiently. In the case of a completely elastic body, no loss occurs due to heat and sound energy. The impacted object completely takes over the momentum and kinetic energy of the impacted object. The collision can be explained simply if the two balls are of the same mass. Newton's cradle is described by the law of conservation of momentum (= mv) and kinetic energy (= 1/2 mv 2) of an elastic body. That is, if you drop two balls, two balls bounce on the other side, and if you drop three balls, three balls bounce on the other side. During the propagation of the wave, some of the energy is lost as heat.Īssuming there is no energy loss, the number of balls that bounce is always equal to the number of dropped balls. The balls in the middle remain still and only transmit waves created by compression. This indicates that the bounced ball has inherited most of the energy and momentum of the falling ball. The upward ball rises to about the same height that the ball was initially pulled.
One ball on the other side immediately rises up at the same speed as the ball from which it fell. If you drop one marble, the fallen ball hitting other balls and stops completely. If you collide a ball from one side, the same impact returns through the other side. Originally Newton's cradle was created to demonstrate Newton's third law. Newton's cradle consists of five iron balls, and each hung on two threads to prevent the ball from spinning.
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