Test the different aluminum foil boats by floating them in a bathtub or other large tub full of water. add one penny at a time to each boat until they sink and keep track of which designs held the most pennies. for example, if you had a 1,000 pound boat, it would need to displace more than 1,000 pounds of water when it is in the ocean in order to float.. Design would hold the most pennies without sinking in a bucket of fresh water. hypothesis: due to research, the best boat design is shaped like a sphere and will hold the most pennies without sinking. procedure: first get aluminum foil and at least a $1.00 in pennies. second fill a bucket with fresh water. after that is done, cut a piece of. In this video, i made two types of boats: one with medium height and medium base surface area and one with small height and big surface area. let's see which one can hold the most pennies!.
Best way to do it is to make the edges turned up least possible and have a much surface possible fyi this is my first video and i am planning on making more. Foil sheets. be certain to check the students’ work for accuracy and to ensure fairness. 3. instruct the students that one sheet of foil is to test their design ideas and the other sheet is for their final “boat”. 4. provide the students with the design challenge to create a “boat” that will hold the most pennies/washers. instruct the. To understand how the volume of space in the boat relates to its ability to float, we're going to design some aluminum foil boats. you'll be constructing three boats, each with a different volume..
