Another displacemenet and weight question?

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In summary, the conversation discusses the weight capacity of a barge-style boat that the individual wants to purchase. They mention that the boat will not have a deck and that they will be building a structure subsank into the barge. They ask for help in determining the weight the barge can handle. Another individual explains that the weight capacity can be determined by finding the volume of the boat and multiplying it by 60, the approximate weight of a cubic foot of water. The final estimated weight capacity is 90,000 pounds, taking into account the weight of the barge itself.
  • #1
christoph8025
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I posted a question the other day about pontoons and the weight it could support and you guys did great with that. We actually found because of you guys that we wouldn't be able to build what we wanted.

Hopefully you guys can answer the same question with this new item we want to purchase.

We are looking to get a barge style boat. The dimensions of the boat are 15 foot wide and 25 feet long with 4 foot sides. Now it isn't your typical bage with a deck on top. This will not have a deck. We will be building the structure subsank into the barge.

Hopefully some one can answer the question of how much weight we can have in this thing without it sinking.

Cant wait to hear the response. thanks

Chris
 
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  • #2
This should be easy for you to solve yourself. In order to find how much weight any thing will support in water you just find the volume and then find how much that much water will weigh. In other words find the volume of that shape and multiple by 60 (approximate weight in pounds of a cubic foot of water).
 
  • #3
DaleSwanson said:
This should be easy for you to solve yourself. In order to find how much weight any thing will support in water you just find the volume and then find how much that much water will weigh. In other words find the volume of that shape and multiple by 60 (approximate weight in pounds of a cubic foot of water).

So the dimensions are 25 x 15 x 4= 1500 x 60 = 90,000.

So is that the total weight that the barge can handle ( taking into acount the weight of the bage itsself)?
 
  • #4
So fully submerged it could hold 45 tons; half-submerged, 22.5 tons. You'll want to subtract from this the weight of the barge itself, probably a few tons.
 
  • #5
christoph8025 said:
So the dimensions are 25 x 15 x 4= 1500 x 60 = 90,000.

So is that the total weight that the barge can handle ( taking into acount the weight of the bage itsself)?

Yes.
 

1. How is displacement calculated?

Displacement is calculated by subtracting the initial position from the final position. It is represented by the symbol Δx.

2. What is the difference between displacement and distance?

Displacement is a vector quantity that refers to the overall change in position, while distance is a scalar quantity that measures the total length traveled.

3. How is weight related to displacement?

Weight is the force of gravity acting on an object and can be calculated using the formula W=mg, where m is the mass of the object and g is the acceleration due to gravity. Displacement does not directly affect weight, but it can impact the force required to move an object.

4. Can displacement be negative?

Yes, displacement can be negative when the final position is lower or to the left of the initial position. This indicates that the object has moved in the opposite direction of the positive direction.

5. How does displacement differ from velocity?

Displacement is a measure of the overall change in position, while velocity is a measure of the rate of change of an object's position. Velocity takes into account both the direction and magnitude of an object's displacement.

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