How High Will Water Waves Be When Dropping a 1kg Rock from 2 Meters?

In summary, water waves are formed when energy from wind or seismic activity transfers to the water's surface, causing it to ripple and move in a circular motion. The size and speed of water waves are affected by the strength and duration of the wind, as well as the distance over which it blows. Water waves can travel in any direction, but are most commonly seen moving in a circular motion away from the disturbance that created them. A tsunami, on the other hand, is a large, powerful wave caused by underwater earthquakes, volcanic eruptions, or landslides, and can have destructive effects. Water waves have practical applications such as generating renewable energy, facilitating recreational activities, and aiding in transportation.
  • #1
raeshun
11
0
Say i drop a 1kg rock into a pond from a height of 2 meters.i want to find out how high the water wave will be. how would i go about this problem?
 
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  • #2
Test it.
If that is not possible, simulate it.

The height of waves (more than 1) will decrease with increasing distance to the impact point, so "the height of the water wave" is not a single value.
 

1. How do water waves form?

Water waves form when energy from wind or seismic activity transfers to the water's surface, causing it to ripple and move in a circular motion.

2. What factors affect the size and speed of water waves?

The size and speed of water waves are affected by the strength of the wind, the duration of the wind's force, and the distance over which the wind blows (known as the fetch).

3. Can water waves travel in any direction?

Yes, water waves can travel in any direction, but they are most commonly seen moving in a circular motion away from the disturbance that created them.

4. What is the difference between a tsunami and a regular water wave?

A tsunami is a large, powerful wave caused by underwater earthquakes, volcanic eruptions, or landslides. It can travel at high speeds and have destructive effects, while regular water waves are typically caused by wind and have smaller amplitudes and lower speeds.

5. How are water waves used in practical applications?

Water waves have various practical applications, such as generating renewable energy through wave power, providing a recreational activity for surfing, and facilitating transportation through ships and boats.

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