in 1940, the tacoma narrows bridge across the puget sound collapsed. the bridge was a suspension bridge. the…

in 1940, the tacoma narrows bridge across the puget sound collapsed. the bridge was a suspension bridge. the wind blowing through the narrows matched the natural frequency of the bridge. this resulted in a large movement of roadway, which eventually caused the bridge to fail. what characteristic of waves caused the bridge to collapse? absorption, because the bridge absorbed all the energy of the wind diffraction, because the wind moved around the bridge, which set the bridge into motion interference, because constructive interference occurred when the wind frequency matched the natural frequency of the bridge interference, because destructive interference occurred when the wind frequency matched the natural frequency of the bridge

in 1940, the tacoma narrows bridge across the puget sound collapsed. the bridge was a suspension bridge. the wind blowing through the narrows matched the natural frequency of the bridge. this resulted in a large movement of roadway, which eventually caused the bridge to fail. what characteristic of waves caused the bridge to collapse? absorption, because the bridge absorbed all the energy of the wind diffraction, because the wind moved around the bridge, which set the bridge into motion interference, because constructive interference occurred when the wind frequency matched the natural frequency of the bridge interference, because destructive interference occurred when the wind frequency matched the natural frequency of the bridge

Answer

Brief Explanations:

When the frequency of the wind matches the natural frequency of the bridge, constructive interference occurs, leading to large - amplitude vibrations and the bridge's collapse. Absorption is not the main cause as it doesn't explain the large - scale motion. Diffraction is about waves bending around obstacles and is not relevant here. Destructive interference would reduce the amplitude, not cause the large - scale motion that led to the collapse.

Answer:

C. interference, because constructive interference occurred when the wind frequency matched the natural frequency of the bridge