BlueBaron
Registered User
So was thinking about the gap between McDavid and Matthews and compared their points per/60 for their rookie seasons to see what the gap was. It was .52. (yes Oiler fans we know McDavid is better) but then I noticed some odd things.
Stamkos lead the NHL at 3.96 in a small sample size followed by Malkin then funnily enough Josh Leivo (again tiny sample) and then Crosby, Kucherov , McDavid and Backstrom.
When you look at the top names that have real sample sizes it is the usual scoring leaders but not in the order you would think. Backstrom and McDavid were practically tied. Interestingly Matthews and Laine were also almost a perfect tie.
Now obviously the more you are on the ice the more chance you have to be on the ice when a goal is scored but conversely there must be a usage point where fatigue comes into play and there are diminishing returns. So what does it all mean? If Malkin had lead the NHL in ice time would he have won the scoring title? Are some players under used/ over used when we look at the data?
How useful is this stat?
Stamkos lead the NHL at 3.96 in a small sample size followed by Malkin then funnily enough Josh Leivo (again tiny sample) and then Crosby, Kucherov , McDavid and Backstrom.
When you look at the top names that have real sample sizes it is the usual scoring leaders but not in the order you would think. Backstrom and McDavid were practically tied. Interestingly Matthews and Laine were also almost a perfect tie.
Now obviously the more you are on the ice the more chance you have to be on the ice when a goal is scored but conversely there must be a usage point where fatigue comes into play and there are diminishing returns. So what does it all mean? If Malkin had lead the NHL in ice time would he have won the scoring title? Are some players under used/ over used when we look at the data?
How useful is this stat?
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