RAFI BOMB
Registered User
- May 11, 2016
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I'm not sure exactly. I checked the article and this is what is says directly after the chart:Interesting data.
The last chart says "Over half of all goals come from less than 30 degrees off the center line" but then indicates that the percentages are 12.3 + 9.7 = 22% for the right side "less than 30 degrees" of the ice surface which presumably would mean 44% if the percentages were the same 22% for the left side shots. Or perhaps the left side shots account for 28% of the shots. Hmm. Am I reading this correctly?
Maybe one variable to consider is the right or left handedness of players. The chart provided 7 different shot angles on one side of the ice and there would be 7 equivalent shot angles on the opposite side of the ice. While the angles are equivalent, a player's handedness and the side of the ice they are on actually changes the the shot angles available to them. Particularly at the wider angles a right handed player has a better angle available to him on the left side of the ice than the right side of the ice and the same would be the case with a left handed player on the right side of the ice versus the left.The closer you are not just to the net, but also to the center line of the ice helps increase your chances. Once again, this makes sense. When one shoots from the middle of the ice, one can see more space around a goaltender and has that many more options in terms of where to place the puck. In turn, the goaltender also must cover much more space in defense. As the angle of a shot increases, a shooter sees much less of a net - so there are fewer shot locations to target. Similarly, the goaltender has a smaller area which they must defend. Often, as a goalie, if you seal up the post, you've almost completely removed opportunities for an opponent to score if they are shooting from a sharp angle.
I'm not sure if that is the explanation but it might be worth considering n relation to your question.