V: olorado River Run h It (Generator In a generator, an outside source of mechan
ID: 2041399 • Letter: V
Question
V: olorado River Run h It (Generator In a generator, an outside source of mechanical motion supplies the energy to move a magnet in a magnetic field. A generator works just like the moving magnet in a magnetic field (as in Part II) .Click on Show Field and observe the moving magnetic field Changing Changing Summary Lenz's Law states that the induced EMF opposes the change in the magnetic field. Imagine you were actually turning the water wheel by hand to generate current. Would the wheel resist motion As you worked harder at moving the wheel, you would expect the light to shine Explain what is happening in the simulation's generator and in Hoover Dam in terms of the law of conservation of energy Changing Changing Results Results Results Results Faraday's Law can be summarized with theormula: NABYou investigated each of the variables that has an effect on emf (electromotive force, like potential or List what each variable is and how it affects emf emf potential to drive electrons in a current Finally, transformers use the ratio of the number of loops in the primary (input) coil to the loops in secondary (ouput) coil to determine the step, or what will happen to the voltage (emf) in the system. A transformer with 500 loops in the primary Is this free energy or does and 1000 loops in the secondary is a 2:1 step-up transformer that will double the input voltage. something have to stepped down?Explanation / Answer
In a generator, an outside source of mechanical motion supplies the energy to move a magnet in a magnetic field. A generator works just like the moving magnet in a magnetic field (as in Part II). •Click on Show Field and observe the moving magnetic field
Changing: Increase Number of Loops
Results: Light shines brighter and brighter
Changing: Increase Outside Source
Results: Light shines the brightest, compass direction varies, and magnetic field changes
Changing: Decrease amount of outside source
Results: Light flashes and the magnetic field moves according to the outside source
Changing: Decrease Outside source even more
Results: Everything slows down, and the light dims as well as the compass direction moves slower. Everything reacts according to the rate of the outside source.
Would the wheel resist motion? Yes
As you worked harder at moving the wheel, you would expect the light to shine brighter.
Explain what is happening in the simulation’s generator and in Hoover Dam in terms of the law of conservation of energy.
In the simulation’s generator and in Hoover Dam in terms of the law of conservation of energy, is that the energy is created using outside sources. And the law of conservation of energy states that energy cannot be created or destroyed.
N = # of turns
A = Area of turns
B = magnetic field
? = angular velocity
Is this free energy or does something have to step down? No this is not free energy, the current must be step down.
Hope this helps :)
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