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that depends on the boundary if it is a fixed or hard boundary, there is zero displacement and the reflected wave changes its polarity , i.e. it undergoes 180 deg phase change if it is a flexible or soft boundary, the restoring force is zero and the reflected wave has the same polarity in other words there is no change in phase
The wave will pass through the transperent object
It's the (speed of the wave)/(600 nm) If it happens to be an electromagnetic wave in free space, then the frequency is about 500,000 Gigahertz.
The membrane (such as you eardrum) vibrates.
true
Reflected but not inverted
that depends on the boundary if it is a fixed or hard boundary, there is zero displacement and the reflected wave changes its polarity , i.e. it undergoes 180 deg phase change if it is a flexible or soft boundary, the restoring force is zero and the reflected wave has the same polarity in other words there is no change in phase
The wave will pass through the transperent object
It does not change.
It creates a violent wave through the earth and when it reaches the surface it causes the ground to shake also known as an earth quake
The membrane (such as you eardrum) vibrates.
It's the (speed of the wave)/(600 nm) If it happens to be an electromagnetic wave in free space, then the frequency is about 500,000 Gigahertz.
true
true
megnetic wave and or a surface wave
Reflection occurs when seismic wave bounces backward as it reaches a boundary. It refers to the change in direction of a wave front at an interface between two different media.
Nothing happens if you wave at them.