How much force does the water exert on a boat docked on a pier?

In summary, the force of the water on a docked boat is calculated by multiplying the density of the water by the volume of water displaced by the boat. The size of the boat affects the force of the water, with larger boats exerting more force. Other factors such as water speed, direction, and obstructions can also affect the force of the water. The force of the water is not constant and can vary depending on conditions. To reduce the force of the water on a docked boat, it can be secured with ropes and fenders, and a larger boat with a lower center of gravity can also help to stabilize it.
  • #1
dyenz
4
0
how much force does the water exert on a boat docked on a pier?
 
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  • #2


Homework. Please use the template provided.

Then post your own attempts at a solution.

Then we can help.
 
  • #3


but i can't really say anything about the question. i only have thoughts,
 
  • #4


Did you not understand what DaveC426913 said? Use the homework template, showing exactly what the problem is and how you have tried to solve it. If you have "thoughts" then tell us what those thoughts are- I certainly hope that thinking counts as part of trying to solve a problem!
 
  • #5


The force exerted by water on a boat docked on a pier is dependent on several factors, including the weight and size of the boat, the depth of the water, and the strength and direction of the water currents. The force can also vary depending on whether the boat is stationary or in motion. In general, the force exerted by water on a boat docked on a pier is known as buoyancy force, which is the upward force that a fluid exerts on a submerged object. This force is equal to the weight of the water displaced by the boat. To accurately determine the force exerted by the water on a boat docked on a pier, a detailed analysis of the specific conditions and variables at play would be necessary.
 

1. How is the force of the water calculated?

The force of the water is calculated by multiplying the density of the water by the volume of water displaced by the boat.

2. Does the size of the boat affect the force of the water?

Yes, the force of the water is directly proportional to the size of the boat. A larger boat will displace more water, resulting in a greater force exerted on the dock.

3. What other factors can affect the force of the water on the docked boat?

The force of the water can also be affected by the speed and direction of the water, as well as any obstructions or structures in the water that may cause turbulence.

4. Is the force of the water constant or does it vary?

The force of the water is not constant and can vary depending on the conditions of the water and the size and weight of the boat. Changes in tide, wind, and waves can also affect the force of the water on the boat.

5. How can the force of the water be reduced on a docked boat?

To reduce the force of the water on a docked boat, the boat can be secured with ropes and fenders to absorb some of the impact. Additionally, using a larger boat with a lower center of gravity can also help to stabilize the boat and reduce the force of the water.

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