The Fascinating Movement of Waves
What makes the water at the top of a wave move differently from the water at the bottom of a wave?
A. the water at the top of a wave moves __________ while the water at the bottom of a wave moves
Where does the energy of the wave get transferred to as it reaches shore?
B. The energy of the wave gets transferred to the __________ __________ as it reaches shore.
What pulls the top of the wave down when it reaches the shore?
C. __________ pulls the top of the wave down when it reaches the shore. First to answer gets brainliest., what’s the question ???
Answer:
A. the water at the top of a wave moves faster while the water at the bottom of a wave moves slower.
B. The energy of the wave gets transferred to the shore as it reaches shore.
C. Gravity pulls the top of the wave down when it reaches the shore.
Waves are a fascinating phenomenon that occur in bodies of water such as oceans, seas, and lakes. The movement of waves is dictated by various factors such as wind speed, water depth, and the gravitational pull of the Earth.
When a wave forms, the water at the top of the wave moves faster than the water at the bottom of the wave. This is due to the energy transferred by the wind to the surface of the water, causing it to ripple and form a wave structure. As the wave travels towards the shore, the energy of the wave gets transferred to the shore itself, resulting in the crashing of the wave against the beach.
Gravity plays a key role in the movement of waves as well. When a wave reaches the shore, gravity pulls the top of the wave down, causing it to collapse and break onto the beach. This interaction between gravity and the energy of the wave creates the mesmerizing sight of waves breaking and crashing onto the shore.