Scientific principles of toy applications
1. Recoil principle: Recoil motion is that when an object shoots out (or throws out) a part of it in a certain direction, the rest of the object moves in the opposite direction.
⒉. The principle is that the axis of a rotating object does not change without an external force. According to this reason, people use it to keep the direction, and they make something that is called a gyroscope. We actually use this principle by cycling. The faster the wheel turns, the harder it is to fall, because the axle has a force to maintain its level. Gyro should give it a force when working, so that it can rotate quickly, and generally can reach hundreds of thousands of revolutions per minute, and can work for a long time. The direction indicated by the axis is then read in multiple ways and the data signal is automatically transmitted to the control system.
Scientific principles of toy applications
1. Recoil principle: Recoil motion is that when an object shoots out (or throws out) a part of it in a certain direction, the rest of the object moves in the opposite direction.
⒉. The principle is that the axis of a rotating object does not change without an external force. According to this reason, people use it to keep the direction, and they make something that is called a gyroscope. We actually use this principle by cycling. The faster the wheel turns, the harder it is to fall, because the axle has a force to maintain its level. Gyro should give it a force when working, so that it can rotate quickly, and generally can reach hundreds of thousands of revolutions per minute, and can work for a long time. The direction indicated by the axis is then read in multiple ways and the data signal is automatically transmitted to the control system.
