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Parallel circuits
The light will slow, because the particles get in the way
Allow for multiple paths of electricity to your circuit, thus bulbs would stay lit
The force lines go from North to South, like birds in the winter
Increase the amplitude, decrease the wavelength
Conductors allow electons to flow, Insulators resist the flow
Can be increased in strength by more coils or more voltage
Gamma
Take away electrons, then you have only protons left
Permantent Magnets
The light will slow, because the particles get in the way
Allow for multiple paths of electricity to your circuit, thus bulbs would stay lit
The force lines go from North to South, like birds in the winter
Increase the amplitude, decrease the wavelength
Conductors allow electons to flow, Insulators resist the flow
Can be increased in strength by more coils or more voltage
Gamma
Take away electrons, then you have only protons left
Electromagnets
The light will slow, because the particles get in the way
Allow for multiple paths of electricity to your circuit, thus bulbs would stay lit
The force lines go from North to South, like birds in the winter
Increase the amplitude, decrease the wavelength
Conductors allow electons to flow, Insulators resist the flow
Can be increased in strength by more coils or more voltage
Gamma
Take away electrons, then you have only protons left
Conductors vs. Insulators
The light will slow, because the particles get in the way
Allow for multiple paths of electricity to your circuit, thus bulbs would stay lit
The force lines go from North to South, like birds in the winter
Increase the amplitude, decrease the wavelength
Conductors allow electons to flow, Insulators resist the flow
Can be increased in strength by more coils or more voltage
Gamma
Take away electrons, then you have only protons left
If light traves from a less dense medium, like air, to a more dense medium, like water
The light will slow, because the particles get in the way
Allow for multiple paths of electricity to your circuit, thus bulbs would stay lit
The force lines go from North to South, like birds in the winter
Increase the amplitude, decrease the wavelength
Conductors allow electons to flow, Insulators resist the flow
Can be increased in strength by more coils or more voltage
Gamma
Take away electrons, then you have only protons left
How can you give an object a positive charge?
The light will slow, because the particles get in the way
Allow for multiple paths of electricity to your circuit, thus bulbs would stay lit
The force lines go from North to South, like birds in the winter
Increase the amplitude, decrease the wavelength
Conductors allow electons to flow, Insulators resist the flow
Can be increased in strength by more coils or more voltage
Gamma
Take away electrons, then you have only protons left
The highest energy Electromagnetic wave region is
The light will slow, because the particles get in the way
Allow for multiple paths of electricity to your circuit, thus bulbs would stay lit
The force lines go from North to South, like birds in the winter
Increase the amplitude, decrease the wavelength
Conductors allow electons to flow, Insulators resist the flow
Can be increased in strength by more coils or more voltage
Gamma
Take away electrons, then you have only protons left
Two ways to increase the energy of a wave is to
The light will slow, because the particles get in the way
Allow for multiple paths of electricity to your circuit, thus bulbs would stay lit
The force lines go from North to South, like birds in the winter
Increase the amplitude, decrease the wavelength
Conductors allow electons to flow, Insulators resist the flow
Can be increased in strength by more coils or more voltage
Gamma
Take away electrons, then you have only protons left
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