100m Breaststroke: Swimming
Effort Is Defined As Striving To Be The Best Of All
It's All About Beating The Standard And Leaving The Mundane in dust
According to Dictionary.com, the breaststroke is, "a stroke made in the prone position, in which both hands move simultaneously forward, outward, and rearward form in front of the chest while the legs move in a frog kick." Swimming is one of the most popular Olympic sports in today's world. It is very competitive and requires a lot of energy. In breaststroke, the chest and the torso of the swimmer does not rotate. It is believed to be the oldest and the slowest of all strokes. The technique is one of the hardest to learn, but the stroke is very relaxing due to the head being out of water for a long time.
A Little Bit Of Surprising Information Wouldn't Hurt
The breaststroke is considered to be swimming just like a frog, hence, it is slow. It was the first stroke used in the competition after the Dark Ages and date back to the Stone Age. Racing underwater was allowed in the Olympics at one point in time, but that was evidently dangerous. Athletes passed out because of staying underwater for long periods of time. The kick that breaststroke swimmers use is called a "whip kick". The fastest Olympic Breaststroke swimmer is Cameron Van Der Burgh. His time was 58.46 seconds.
A Bit Of Reasoning Isn't Bad At All
We all understand that there is a huge difference in the structure and capacities of men and women. That is the reason there are separate categories for men and women in the Olympics. The purpose of this article is to compare and contrast between the best of the best in both categories and analyze their capacities thoroughly.
What are we aiming towards?
The preliminary goal of this study is to predict when men or women surpass each other, and to determine their intersection in the sport. Patterns are observed throughout history, whether it is life expectancy, stamina, eyesight, immunity, etc.. Therefore, there must be a set pattern in sports, too. If men and women do not perform at the same rate, there must be a time when both are at the same level, and after that, one overtakes the other. Thus, this study conducted in order to analyze the patterns and predict future performances of both men and women.
Data Pg. 1
The first column has values of what year it was.
Data Pg. 2
The second column has values in seconds.
Data Pg. 3
The third column has values in seconds as well.
Our Destinies Entwine To Separate Once Again
When two lines aren't parallel, they intersect. In this case, the lines were in no means parallel, so, they would have to intersect sometime in the future or the past. In this, a negative slope is observed for both, men and women. A negative slope means that the times of men and women are decreasing. So, they are getting faster as time progresses. This means that the times for both men and women will intersect towards the end of 2159. But, 2159 is not an Olympic year, so, the changes will be observed next year, which is 2160. As observed, the slope for women is steeper than the slope for men. At some point, women will be equal to men, and after that, they will overtake them. The times recorded for women will decrease, causing them to be faster than men.
The X Coordinate
The x-coordinate is a fixed value which is manipulated by the person doing the study or experiment. X, in this case, represents the years on which the Olympics were hosted. The x-coordinate for this intersection is the year 2150 and near 11 months, which means that the women's time will be less than men's time after that point.
The Y Coordinate
The y-coordinate is a value which changes in regards to the x value. Y, in this case, represents the times recorded for men and women to complete a 100m breaststroke round. At the end of the year 2159, the y-coordinate is 32.93 seconds, which means that men and women's times are going to converge, or be the same at that point, and then go their separate ways. After that point, the time for women will always be less than the time for men, making females faster.