Make 4 different models of boats from the 3d printer . put one of the boats in a bucket of water . put a penny on the boat every 5 second until the boat sinks. repeat step two and three for every different boat design. repeat steps 2, 3, and 4 to get a second test. come to a conclusion on which boat design holds the most weight.. Science educators commonly use aluminum foil boat making projects as a way to teach students about design and buoyancy. the culmination of these projects is often to test all the boats to determine which student's design is capable of holding the most weight before sinking.. For example, if you plan to sail your boat in salt water, carrying a weight of 25 lbs., divide 25 by 64.3: 25 / 64.3 = 0.388, meaning that a little more than a third of a cubic foot of water must be displaced by the hull of your toy boat..
Me and my friend brianne are in a science fair for which boat will hold the most weight. the weight is metal washers. me and my friend are hoping to get some awsome answers from peeps, plus were trying to get 1st. so please give us your best answers and ideas.. Thinking about what factors affected your calculation, develop a way to more accurately determine the density of water, such as by including the weight of the boat hulls, adding something smaller. Boat float related classroom topics. buoyancy. hints/tips: the boats shaped similar to a barge will hold the most weight. purchase aluminum foil specifically for wrapping sandwiches, it is precut into 1 square foot pieces..
