The winter storm that we received several days ago brought about a large amount of snow, in which I decided to make a snow fort. I began by trying to find a mound of snow that was already in my yard. The mound that I found was made by a combination of snow plowed off the road, and snow shoveled off my driveway. As I do not have any trees in my yard, using branches or leaves as a resource for the build was difficult. I instead decided to make it completely out of snow. To allow for a solid floor, I made sure to go completely down to the grass. The start of the hole was the easy part, as I was able to use a shovel from my garage to make it wide enough, and it was quick and efficient. However, as I dug deeper into the mound, I could no longer use the shovel as it did not reach the back of hole. I instead used my hands and feet to hollow out the hole and make it big enough to fit me inside.

A drone flies by using its downward thrust and forcing air in a particular direction in order to sustain a certain speed as well as a specific height. In this video my friend and I had been flying a drone at exactly 4 mph which converts to 1.788 m/s. In this project, we will be determining the forces acting upon the drone in order to sustain a consistent flight in terms of velocity and height while excluding the effects of air resitance. The drone is flying at an angle of 28˚, this is found by extending the tilted axis of the drone to the horizontal and finding the angle with a protractor. From this angle we will be able to calculate the downward thrust and the acceleration of the drone that allows it to maintain its height and velocity during flight. When the mass of the drone is taken it results in 734 grams or .734 kilograms, which will also be used for the calculations within the project. The freebody diagram pictured above will alow us to derive the force equations f...
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