- #1
paddlewheel99
- 6
- 0
I'm a student undertaking a challenging physics project. My project is based on the Factors affecting design of an efficient paddle wheel.
Until now the factors i could think about are:
-Number of paddles
-Size and shape of paddles
-Rotation speed of paddles
Since my object of study is paddle design, I have decided to keep the hull shape constant for all possible designs.
After doing heavy research and study I have understood that the motion of a paddle wheel boat will obey the law of conservation of momentum. As the paddles push the water in the backward direction, the boat would be propelled forward as per the above law. An effecient paddle wheel would be one that translates into maximum forward motion for a perticular amount of energy spent.
I would appreciate your inputs on
1. Explanation on the physics aspect
2. Constructing a experimental model
Until now the factors i could think about are:
-Number of paddles
-Size and shape of paddles
-Rotation speed of paddles
Since my object of study is paddle design, I have decided to keep the hull shape constant for all possible designs.
After doing heavy research and study I have understood that the motion of a paddle wheel boat will obey the law of conservation of momentum. As the paddles push the water in the backward direction, the boat would be propelled forward as per the above law. An effecient paddle wheel would be one that translates into maximum forward motion for a perticular amount of energy spent.
I would appreciate your inputs on
1. Explanation on the physics aspect
2. Constructing a experimental model