Erstellt von einem Wikimedia-Benutzer RCraig09
Ich habe nach detaillierten Informationen zu diesem Thema gesucht und bin auf diese Grafik gestoßen, die alles, was ich wollte, und noch mehr, in einer so eleganten und leicht verständlichen Form zeigte, dass ich es für lohnenswert hielt, sie hier zu teilen.
Von Elsefyr
7 Kommentare
Is this with proper pins? Or with those dumb stringy ones that nerf your chance to get a strike?
Note that ball weight and speed are also factors, but it’s tough to represent all that on one graph.
Also, I believe that the greatest angle you can practically generate with a straight ball is 1-1.5 degrees, unless you want to risk the ire of the bowling center staff.
Maybe I’m misreading it, but is the graph implying that there’s a 0% chance of a strike when the ball hits the pin dead center? Zero offset? If so I simply don’t believe it.
what about Brooklyn shots? I could get reliable strikes back in the day with a damn near straight ball going Brooklyn side.
Great graph! The spike at about 4.5 inches validates the sloppy strike frequency I see.
This is real sports fanatic data.
I don’t know bowling at all, I go once a year with my family during the Christmas holidays.
What is Headpin, and Board 20? What is „Board 17.5“? What’s the Ball Radius dotted line?