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What happens when a wave bounces back after it hits a boundary?
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
What occurs when a wave strikes a boundary?
When a wave strikes a boundary, it can undergo reflection, transmission, or absorption. Reflection occurs when the wave bounces off the boundary and travels in the opposite direction. Transmission happens when the wave passes through the boundary and continues traveling in the same medium. Absorption occurs when the wave's energy is absorbed by the boundary material.
Which type of minor produces the most accurate reflection?
A flat minor tends to produce the most accurate reflection.
What does a reflection of a wave look like?
A reflection of a wave appears as the wave bouncing back from a boundary or surface, changing direction but maintaining its original shape. The angle of reflection is equal to the angle of incidence, according to the law of reflection.
What type of surface produces a regular reflection?
A smooth and polished surface, such as a mirror or still water, produces a regular reflection where light rays reflect uniformly in one direction. This results in a clear and sharp image, as the angles of incidence and reflection are equal.
What happens when a wave bounces back after it hits a boundary?
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
What type of boundary produces shearing stress?
Transform Boundary
What type of boundary produces mountain?
convergent plate boundary
What happens when a wave strikes a boundary and bounces back?
When a wave strikes a boundary, it can undergo reflection, where it bounces back into the medium from which it originated. The angle of incidence, or the angle at which the wave hits the boundary, is equal to the angle of reflection. This behavior is governed by the law of reflection. Depending on the properties of the boundary, some energy may also be absorbed, transmitted, or refracted.
What occurs when a wave strikes a boundary?
When a wave strikes a boundary, it can undergo reflection, transmission, or absorption. Reflection occurs when the wave bounces off the boundary and travels in the opposite direction. Transmission happens when the wave passes through the boundary and continues traveling in the same medium. Absorption occurs when the wave's energy is absorbed by the boundary material.
What is it called a seismic wave bounces backward as it reaches a boundary?
Reflection
What is it called when a seismic wave bounces backward when it reaches its boundary?
Reflection
What is it called when seismic waves bounce backwards as it reaches a boundary?
Reflection
What is it called when a seismic wave bounces backward as it reaches a boundary?
Answer: When a seismic wave 'bounces backward' and reaches a boundary, it is called Reflection. Explanation: The seismic waves are the result of the landslides, earthquakes, volcanic eruptions, explosions by humans
What produces ocean ocean convergent boundary?
trench
What boundary produces strike slip faults?
Transform
Why does a semi circle not have a internal reflection?
A semicircle does not exhibit internal reflection because it is not a complete closed shape like a full circle. Internal reflection occurs when light travels through a medium and reflects off its internal surfaces, which requires a boundary that can confine the light. In a semicircle, the straight edge does not provide a reflective boundary, allowing light to escape rather than reflecting internally. Thus, without a full boundary, internal reflection cannot occur.
