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they get shorter
When something changes, there is usually energy involved. This is perhaps clearest in the case of mechanical waves, e.g. sound: it involves movement of atoms, i.e., kinetic energy. When the air in a sound wave is compressed, it temporarily stores potential energy (elastic energy). Similarly, electromagnetic waves involve changes in electric and magnetic fields; and both of these fields store energy. The waves transfer this energy from one place to another.
The amplitude of the wave changes.
the water becoming gradually more shallow..
nearly parallel to the shoreline
small waves are approached by paddling out and letting it catch you the same is for all waves.
they get shorter
When something changes, there is usually energy involved. This is perhaps clearest in the case of mechanical waves, e.g. sound: it involves movement of atoms, i.e., kinetic energy. When the air in a sound wave is compressed, it temporarily stores potential energy (elastic energy). Similarly, electromagnetic waves involve changes in electric and magnetic fields; and both of these fields store energy. The waves transfer this energy from one place to another.
No
As an electromagnetic wave changes, so does its energy.
The amplitude of the wave changes.
Electromagnetic waves, like light, do involve changes in the electric and the magnetic field. These changes propagate at the speed of light - as a wave.Electromagnetic waves, like light, do involve changes in the electric and the magnetic field. These changes propagate at the speed of light - as a wave.Electromagnetic waves, like light, do involve changes in the electric and the magnetic field. These changes propagate at the speed of light - as a wave.Electromagnetic waves, like light, do involve changes in the electric and the magnetic field. These changes propagate at the speed of light - as a wave.
Tsunami
waves slow down as they approach the shoreline!
no
the water becoming gradually more shallow..
wind and waves