About two days after the snowfall, I began to construct my snow shelter. I began by digging a hole in the snowbank that was created at the end of my street by the snowplow. I dug two entrance holes and then joined them through an opening. This allowed for a person of roughly 5'11'' to lay down in the fort. Next, I worked on making the living space larger so that two people could lie down side by side while in the fort. I had wanted to make it so that a grown person could sit up comfortably in the fort, however, I decided against this as the snow was not very structurally sound and I did not want to risk a cave-in. Finally I used the tarp to cover up the entrances, so that no wind could infiltrate the shelter. On a day when the wind is not an issue, the tarp could be used as a makeshift floor.
One may wonder how a small golf ball can travel at incredibly high speeds for such long distances. While the swing of the club is a major component, the structure of the golf ball is quite important. Unlike a baseball or tennis ball, a golf ball has dimples all over it (usually 336 dimples). These dimples allow the golf ball to travel without facing much air resistance. This diagram shows how air travels around the golf ball. The dimples on the golf ball also prevent drag that would occur in the wake region, resulting in further distance. Also due to the contact with the club during the swing, the golf ball has backspin during its entire flight. This diagram shows the motion of the golf ball mid flight with the lift force of F. There are hundreds of different types of golf balls that a player can choose. Some show little affect to a player's game while others can alter their performance completely. Personally, I prefer Callaway Supers...
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