People fear the future. The reason why people fear the future is because they fear themselves. Inside each of our hearts is the potential to do great things, solve large problems, achieve gigantic goals…and also a price tag which is associated to fulfilling this potential. Wonderpup is a dog who is ready to tackle these issues, head-on and he doesn’t take no for an answer. So let’s start at the beginning…energy itself.
In the video below, you will see how easy it is to create energy. It’s so simple in fact, that you’ll probably wonder why we don’t make more of our own energy on a daily basis. The whole process has to do with a process called magnetic flux. It may seem complicated, but don’t let the terminology fool you. All magnetic flux means is that a magnetic field is being manipulated in an on/off fashion over and over again. That’s basically what happens in a generator.
The beauty of an electrical generator is that magnets are positioned within the generator and they create a stable magnetic field. But the rotation of the “rotor” (see how simple and easy-to-remember the terms are?) and the part of the generator that stays put in one place which is called the, “stator” (pronounced…[stay–tor]) disrupts that magnetic field. When the magnetic field is disrupted and then re-aligned over and over again…an electric current can be channeled into copper or other types of inductive wiring. Inductive or wiring capable of induction is just another way of saying that wires can collect and channel the electrical energy that is made by the disruption of the magnetic field.
This electric current is what is called, “power” or more specifically “electric power.” The difference between energy and power is that electric power means that energy is flowing over time.
What Wonderpup learns in the video is that many generators are actually motors and many motors are actually generators. That’s a very fundamental rule for these types of devices. So when the two motors in the video are linked together they form a circuit. Since my spinning the larger motor creates an electric field and thus actually acts as a generator…the only thing the second smaller motor can do is spin. That’s because the only output a motor can do when it receives power from a generator is either spin one direction, or spin in the other direction.
Can you think of any cool applications for electricity generation in your life? Ponder that while watching the video!
-Tyler