Solving Floatation Problems for Pontoon Tubes: A Physics Homework Challenge

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The discussion centers on determining whether two aluminum pontoon tubes, measuring 13 inches wide, 16 inches high, and 11 feet long, can support a weight of 1000 pounds and how much of the tubes would be submerged. The user expresses uncertainty about the necessary physics equations and seeks assistance in solving the problem. Suggestions include researching buoyancy and Archimedes' principle to understand the underlying concepts. The community emphasizes the importance of learning rather than simply obtaining answers. Understanding buoyancy principles is crucial for solving the floatation challenge effectively.
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Homework Statement


I have 2 pontoon tubes that are made of aluminum and the size of them are 13 inches wide x 16 inches high and the length is 11 feet long. I am wanting to know if these can float with a weight of 1000 pounds. And what would percent of the tube or how many inches would it be under water. The width between the tubes would be approximently 10 feet.


Homework Equations

It is unknown to this writer. I would guess that it would have to do with the width, height and length to get the square or cubic feet. I am not a math whiz and don't know equations.



The Attempt at a Solution

Have checked other floatation sites but not finding much. Can anyone help me in thsi quest. Thankyou mac5877
 
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Read up on buoyancy
 


Thanks Feldoh but I am looking for someone that can give me the answer to the questions.
 


Physics Forums frowns upon giving answers to homework problems, instead we try to help people understand why...

If you want to learn how to solve your problem read up on buoyancy. Specifically Archimedes principle
 

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